Here - Asia Communications and Photonics Conference (ACP)
advertisement
Conference Schedule Registration Thursday 19 Nov. Friday 20 Nov. Saturday 21 Nov. Sunday 22 Nov. Monday 23 Nov. 14:00–17:001 09:00–17:002,3 08:00–12:004 12:00–19:005 08:30–18:005 08:30–17:005 Venue 1. Room CD 634, The Hong Kong Polytechnic University 2. Foyer, Concord Room, Renaissance Hong Kong Harbor View Hotel (Pre-registration only) 3. Foyer, Room S221, HKCEC 4. Foyer, Theatre 1, HKCEC 5. Room N201, HKCEC Visit to The Photonics Research Centre 14:00–17:00 (every hour) The Hong Kong Polytechnic University Special Workshop 09:00–15:15 Jinan University, Meeting Room, 4th Floor, Alumni Bldg. 09:00–18:30 Concord Room II, Renaissance Hong Kong Harbor View Hotel, and Rooms S226-S228, HKCEC Symposium 09:00–18:30 Concord Room I, Renaissance Hong Kong Harbor View Hotel Industry Exhibition 13:00–18:00 Opening and Plenary Session 08:30–12:40 Technical sessions 14:00–18:00 Industry Forum Welcome Reception Poster Session 08:30–18:00 Room N201, HKCEC Theatre 1, HKCEC 08:30–18:00 08:30–16:00 Rooms N202-N212, HKCEC Room N207, HKCEC 14:30–18:00 Room N201, HKCEC 18:00–19:00 Room N201, HKCEC 10:00–11:30 Best Student Paper Competition Session IPOC Special Tutorial 08:30–17:00 08:30–12:30 Rooms N204/205 & N211, HKCEC Room N204/205, HKCEC 14:30–16:00 Postdeadline Papers 16:30–18:30 Rooms N202/N203 and N211/N212, HKCEC Banquet and Closing Ceremony 19:00–21:00 Chancellor Room, HKCEC Note: All times reflect Hong Kong time. Please check with conference organizer during conference for schedule changes and updates Sunday, 22 November Sunday, 22 November Workshops Asia Communications and Photonics Conference (ACP) 2015 International Conference on Information Photonics and Optical Communications (IPOC) 2015 Co-located and Jointly Organized 19–23 November, 2015 Hong Kong Convention and Exhibition Centre, Hong Kong Table of Contents Welcome Message . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 Committees . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 General Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Conference Highlights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 Special Workshop . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 Symposium and Workshops . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11 IPOC Special Tutorial . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 Industry Forum . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19 Conference Direcory . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 Conference Schedule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 Agenda of Sessions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25 ACP Technical Program . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 Key to Authors and Presiders . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 1 2015ACP Program.indd 1 11/5/15 3:01 PM Welcome to Hong Kong and to the Asia Communications and Photonics Conference It is a great pleasure to invite you to participate in the Asia Communications and Photonics Conference (ACP) 2015 and share the latest news in communications and photonics science, technology and innovations from leading companies, universities and research laboratories throughout the world. ACP is now one of the largest conferences in the Asia-Pacific region on optical communication, photonics and relevant technologies. ACP has been held annually tracing back to 2001 and jointly sponsored by OSA, SPIE, IEEE Photonics Society, COS and CIC. This year ACP is collocated and jointly organized with International Conference on Information Photonics and Optical Communications (IPOC), another major conference in the area. The ACP technical conference features a full suite of plenary, invited, and contributed talks given by international academic and industrial researchers who are leaders in their respective fields. This year’s conference will feature the following topics: Optoelectronic Integration, Devices and Materials; Novel Fibers and Fiber-based Devices; Optical Transmission Systems, Subsystems, and Technologies; Network Architectures, Management, and Applications; Biophotonics and Optical Sensors; Optical Signal Processing and Microwave Photonics. The conference will also include a wide spectrum of workshops, and an industrial forum on Towards Ultrahigh Speed Metro and Data Center Networks: Demand, Challenge & Technology in the afternoon of Sunday, 22 November. With a conference program of broad scope and of the highest technical quality, ACP provides an ideal venue to keep up with new research directions and an opportunity to meet and interact with the researchers who are leading these advances. We have over 550 papers scheduled, including 106 invited and nine tutorial presentations made by many of the world’s most prominent researchers from academia and industry. We thank all the contributors and authors for making ACP a truly unique, outstanding global event. Our conference highlight is the Plenary Session scheduled on the morning of Saturday, 21 November. Four outstanding, distinguished speakers will give presentations: Professor Ernst H. K. Stelzer of the Goethe Universität, Frankfurt am Main, Germany will present on Light Sheet-based Fluorescence Microscopy (LSFM, SPIM, DSLM) - a Paradigm Shift in Modern Light Microscopy; Professor Vahala, Jenkins Professor and Professor of Applied Physics at Caltech, will give a talk on The Technology and Science of Optical Micro-resonators: Integrated Optical Clocks to Phonon Lasers; Dr. Frank J. Effenberger ,Vice President and Fellow, Fixed Access Network Laboratory, Futurewei Technologies, Inc. will present on The Influence of Industrial Trends on Optical Access; Professor Peter Krüger from the School of Physics and Astronomy, University Park, The University of Nottingham, United Kingdom will discuss Harnessing Quantum Gases with Light and Magnetic Fields: Atomic Quantum Sensors. In addition to the regular technical sessions, eight workshops and a special symposium on Novel Optical Networks in 5G Era organized by Huawei Technologies Co. Ltd. will also be held featuring over fifty invited speakers. These pre-conference workshops will be held on Friday, 20 November starting from 09:00. In addition, a special workshop will be organized on Thursday, 19 November at Jinan University. These workshops will also be held free of charge to conference registrants. We would like to thank the workshop organizers and speakers for the excellent program. Best Student Paper Awards sponsored by IEEE Photonics Society will be given to students who are first authors and presenters of exceptional contributed talks. The selection will be made by the subcommittees during the conference. Awards will be presented during the Banquet on 23 November. The poster-only session will be held on Sunday morning from 10:00–11:30. This is a good chance for you to meet with the authors and discuss technical issues in-depth. Two best poster awards sponsored by OSA and selected by conference delegates will be given as well. This year, we will also award three best paper awards sponsored by Luster LightTech Corp. They will be presented during the Banquet. University, Hong Kong SAR); Kun Xu (Beijing University of Posts and Telecommunications, China); Pierpaolo Ghiggino (Talentour, Italy); Naoya Wada (NICT, Japan) and the Subcommittee Chairs who have worked persistently throughout the whole year to invite speakers, solicit and review papers, organize the technical sessions which results in the excellent technical program. We also thank the staff and volunteers of the professional societies from OSA, SPIE, IEEE Photonics Society, COS and CIC for organizing and sponsoring the event. Sincerely, Chao Lu The Hong Kong Polytechnic University, Hong Kong SAR General Chair Jie Luo State Key Laboratory of Optical Fiber and Cable Manufacture Technology, China General Co-Chair Yuefeng Ji Beijing University of Posts and Telecommunications, China General Co-Chair Ken-Ichi Kitayama Osaka University, Japan General Co-Chair In addition to the technical program, we have prepared a rich social program to facilitate meeting and networking with colleagues from all over the world. A conference reception will be held in the evening on 21 November. On the evening of Monday, 23 November, we will hold a Banquet for conference registrants in the Chancellor Room of the Hong Kong Convention and Exhibition Centre. It is an enormous task to organize a conference and it is impossible to succeed without the dedicated efforts of many supporters and volunteers. We are indebted to the entire Technical Program Committee led by Hwayaw Tam (The Hong Kong Polytechnic Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 2 2015ACP Program.indd 2 11/5/15 3:01 PM Committees Honorary Chairs General Chairs Chao Lu, The Hong Kong Polytechnic University, Hong Kong SAR Jie Luo, State Key Laboratory of Optical Fiber and Cable Manufacture Technology, China Yuefeng Ji, Beijing University of Posts and Telecommunications, China Ken-Ichi Kitayama, Osaka University, Japan Dr. Xiang Liu, Huawei Technologies, USA Prof. Chao Lu, The Hong Kong Polytechnic University, China Prof. Qingming Luo, Huazhong University of Science and Technology, China Prof. Qian Mao, Wuhan Research Institute of Posts and Telecommunications, China Naomi Chavez, OSA Prof. Xiaomin Ren, Beijing University of Posts and Telecommunications, China Prof. Ping Perry Shum, Nanyang Technological University, Singapore Prof. Yikai Su, Shanghai Jiao Tong University, China Prof. Brian J. Thomas, SPIE Prof. Bingkun Zhou, Tsinghua University, China Technical Program Committee Chairs: Local Arrangement Committee Alexander Ping-Kong Wai, The Hong Kong Polytechnic University, Hong Kong SAR Xiaomin Ren, Beijing University of Posts and Telecommunications, China Hwa Yaw Tam, The Hong Kong Polytechnic University, Hong Kong SAR Kun Xu, Beijing University of Posts and Telecommunications, China Pierpaolo Ghiggino, Talentour, Italy Naoya Wada, NICT, Japan Steering Committee Chair: Dr. Ming-Jun Li, Corning Inc., USA Members: Yasuhiko Arakawa, University of Tokyo, Japan Prof. Christine L. Bluhm, IEEE Photonics Society Prof. Connie J. Chang-Hasnain, University of California, Berkeley, USA Prof. Arthur Chiou, National Yang-Ming University, Taiwan, China Prof. Yun C. Chung, Korea Advanced Institute of Science and Technology, Korea Prof. Sailing He, Zhejiang University, China; KTH, Sweden Prof. Chennupati Jagadish, Australian National University, Australia Prof. Thomas L. Koch, University of Arizona, USA Dr. Ming-Jun Li, Corning Inc., USA Prof. Xingde Li, Johns Hopkins University, USA Chair: Dr. Feng Li, The Hong Kong Polytechnic University, Hong Kong SAR Members: Dr. Xian Zhou, The Hong Kong Polytechnic University, Hong Kong SAR/University of Science and Technology Bejing Dr. Kangping Zhong, The Hong Kong Polytechnic University, Hong Kong SAR Dr. Jinhui Yuan, The Hong Kong Polytechnic University, Hong Kong SAR/Bejing University of Posts and Telecommunications Dr. Liang Wang, The Hong Kong Polytechnic University, Hong Kong SAR Subcommittees Track 1: Optoelectronic Integration, Devices and Materials Chair: Hon Ki Tsang, The Chinese University of Hong Kong, Hong Kong SAR Co-Chairs: C-Lin Pan, National Tsing-Hua University, Taiwan Kevin A. Williams, Eindhoven University, Netherlands Members: Andrew Poon, Hong Kong University of Science and Technology, Hong Kong SAR Danxia Xu, National Research Council, Canada Zhiping Zhou, Peking University, China Y. Nakano, Tokyo University, Japan Joyce Poon, University of Toronto, Canada Cun-Zheng Ning, Arizona State University, USA Shoou-Jinn Chang, National Cheng Kung University, Taiwan Hao-chung (Henry) Ku, National Chiao Tung University, Taiwan Ray-Hua Horng, National Chung Hsing University, Taiwan Tetsuya Kawanishi, Waseda University, Japan Track 2: Novel Fibers and Fiber-based Devices Chair: Limin Tong, Zhejiang University, China Co-Chairs: Kenneth Wong, The University of Hong Kong, Hong Kong SAR Aping Zhang, The Hong Kong Polytechnic University, Hong Kong SAR Members C.Y. Chung, Gwangju Institute of Science and Technology, Korea Gang-Ding Peng, The University of New South Wales, Australia Morten Ibsen, University of Southampton, UK Kevin P. Chen, University of Pittsburg, USA Xinliang Zhang, Huazhong University of Science and Technology, China Yunjiang Rao, University of Electronic Science and Technology, China Gilberto Brambilla, University of Southampton, UK Baiou Guan, Jinan University, China Xueming Liu, Xi’an Institute of Optics and Precision Mechanics, China Alexandre Kudlinski, University Lille 1, France Baojun Li, Sun Yat-sen University, China Akira Shirakawa, University of Electro-Communications, Japan Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 3 2015ACP Program.indd 3 11/5/15 3:01 PM Track 3: Optical Transmission Systems, Subsystems, and Technologies Chair: Alan Pak Tao Lau, The Hong Kong Polytechnic University, Hong Kong SAR Co-Chairs: Neda Cvijetic, NEC Labs America, USA Gabriella Bosco, Politecnico di Torino, Italy Yuki Yoshida, Osaka University, Japan Members: Naoto Yoshimoto, Chitose Institute of Science and Technology, Japan Sander Jansen, ADVA, Germany Antonio Teixeira, DETI, Instituto de Telecomunicacoes, Portugal Philipp Schindler, Infinera, USA Yoshinari Awaji, NICT, Japan Toshihiko Hirooka, Tohoku University, Japan Shoichiro Oda, Fujitsu Lab, Japan Zhaohui Li, Jinan University, China Changyuan Yu, National University of Singapore, Singapore Georgios Zervas, University of Bristol, UK Jin-xing Cai, TE SubCom, USA Paolo Serena, University of Parma, Italy William Shieh, University of Melbourne, Australia Kenichi Uto, Mitsubishi Electric Corporation, Japan Track 4: Network Architectures, Management, and Applications Chair: Gangxiang Shen, Soochow University, China Co-Chairs: Lena Wosinska, KTH, Sweden Calvin CK Chan, Chinese University of Hong Kong, Hong Kong SAR Jie Zhang, Beijing University of Posts and Telecommunications, China Members: Carmen Mas Machuca, Technical University Munich (TUM), Germany Carla Raffaelli, University of Bologna (UNIBO), Italy Anna Tzanakaki, University of Bristol, UK Paolo Monti, KTH, Sweden Wende Zhong, NTU, Singapore Ori Gerstel, Sedona Systems, Israel Bartlomiej Kozicki, Alcatel-Lucent Bell Labs, Belgium Ioannis Tomokos, Athens Information Technology Center (AIT), Greece Hua Nan, Tsinghua University, China Weiqiang Sun, Shanghai Jiao Tong University, China Zuqing Zhu, University of Science and Technology, China Huiying Xu, Huawei Technology, China Yiran Ma, China Telecom, China Lei Guo, Northeast University, China Massimo Tornatore, Politecnico di Milano, Italy Darli Mello, University of Campinas (Unicamp), Brazil Xueqing Wei, Fiberhome, China Track 5: Biophotonics and Optical Sensors Chair: Mike Somekh, The Hong Kong Polytechnic University, Hong Kong SAR Co-Chair: Aaron Ho, Chinese University of Hong Kong, Hong Kong SAR Track 6: Optical Signal Processing and Microwave Photonics Chair: Chester Shu, Chinese University of Hong Kong, Hong Kong SAR Co-Chairs: Sai Tak Chu, City University of Hong Kong, Hong Kong SAR Alessia Pasquazi, University of Sussex, UK Jianping Yao, University of Ottawa, Canada Members: Shilong Pan, Nanjing University of Aeronautics and Astronautics, China Hao Chi, Zhejiang University, China Gong-Ru Lin, National Taiwan University, Taiwan Xiaoke Yi, University of Sydney, Australia David Moss, RMIT, Australia Francesca Parmigiani, University of Southampton, UK Chao Wang, University of Kent, UK Ping Piu Kuo, UC San Diego, USA Mable Fok, University of Georgia, USA Guifang Li, University of Florida, USA Hung Nguyen Tan, AIST, Japan Guo-Wei Lu, Tokai University, Japan Ju-Han Lee, University of Seoul, Korea Lawerence Chen, McGill University, Canada Jose Azana, INRS-EMT, Canada Members: Dong Hyun Kim, Yonsei University, Korea Andrei Kabashin, Polytechnique Montreal, Canada Melissa Mather, The University of Nottingham, UK Kevin K. Tsia, The University of Hong Kong, Hong Kong SAR Klaus Suhling, King’s College London, UK Wei R. Chen, University of Central Oklahoma, USA Junle Qu, Shenzhen University, China Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 4 2015ACP Program.indd 4 11/5/15 3:01 PM General Information Conference Venue: Hong Kong Convention and Exhibition Centre (HKCEC), Hong Kong Address: No. 1 Expo Drive, Wanchai, Hong Kong connected to two world class hotels: The Grand Hyatt Hong Kong and the Renaissance Harbour View Hotel. Registration Registration Hours and Location: Thursday, 19 November Room CD634, The Hong Kong Polytechnic University 09:00–17:00 Friday, 20 November Foyer, Concord Room, Renaissance Hong Kong Harbor View Hotel (Preregistration only) and Foyer, Room S221, HKCEC (On-site and preregistration) Poster Board Size – 2.1m (Height) X 0.95m (Length) Hong Kong Convention and Exhibition Centre (HKCEC) The ACP Exhibition is open to all attendees. Accessibility • By Airport Express & MTR - from Airport Station to Hong Kong Station and switch to Wanchai Station (estimate 40 min) • By Taxi – estimate 40 min The conference will take place in the Hong Kong Convention and Exhibition Centre which is a major landmark located in the heart of Hong Kong on Victoria Harbour. Its vast curtain of glass and 40,000 square-metre aluminum roof is sculpted to echo a seabird soaring in flight. Internationally known as HKCEC, this world-class convention and exhibition centre was voted Best Convention and Exhibition Centre in Asia for the ninth time by industry awards in 2012. The HKCEC is Saturday, 21 November 08:00–12:00 Foyer, Theatre 1, HKCEC 12:00–18:00 Room N201, HKCEC 08:30–18:00 Sunday, 22 November Room N201, HKCEC 08:30–18:00 Monday, 23 November, Room N201, HKCEC If you are arriving from the airport, you can: • By Bus – take route no. A11 or E11 to Wanchai and change to route no. 40M to the HKCEC (estimate 80 min) Authors should prepare their poster before the poster session starts. The poster must not exceed the boundaries of the display board and A0 size is recommended. Authors are required to be standing by their poster for the duration of their allocated session to answer questions and further discuss their work with attendees. No shows will be reported to Conference management and these papers will not be published. 14:00–17:00 08:00–18:00 The Hong Kong Convention & Exhibition Centre (HKCEC) is easily accessible from MTR (metro system in Hong Kong) Wanchai Station, or Wanchai Ferry Pier. It is about a 10 minute walk from the MTR station or ferry pier. Poster Preparation Speaker Preparation All oral presenters should check in at the corresponding session room at least thirty minutes prior to their scheduled talk to upload and check their presentation. No shows of the oral presentation will be reported to Conference management and these papers will not be published. Set-up Time – 09:30 on Sunday, 22 November Tear-down Time – 18:00 on Sunday, 22 November Exhibition Location: N201, HKCEC Exhibition Hours: 13:00–18:00 Saturday, 21 November 08:30–18:00 Sunday, 22 November 08:30–17:00 Monday, 23 November Conference Materials ACP 2015 Technical Digest will be provided in a USB drive and not available in print form. The ACP 2015 Technical Digest material is composed of the 3-page summaries of invited and accepted contributed papers. The Technical Digest material is included with a technical conference registration and can be found in your registration bag. The Digest will be available on OSA Publishing’s Digital Library (https://www.osapublishing.org/) and IEEE Xplore Digital Library (http://www.ieee.org/web/publications/ xplore/) after the conference. IEEE Xplore Digital Library and OSA Publishing’s Digital Library are archived and indexed by INSPEC R and EI Compendex, where it will be available to the international technical community. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 5 2015ACP Program.indd 5 11/5/15 3:01 PM Social Activities Welcome Reception The ACP 2015 welcome reception will be held on 21 November, 2015. Location: HKCEC, Room N201 Time: 18:00–19:00, Saturday, 21 November, 2015 Conference Banquet and Closing Ceremony The ACP 2015 Banquet and Closing Ceremony will be held in the Chancellor Room of the Hong Kong Convention and Exhibition Centre on 23 November. Chinese food will be served. The Best Student Paper Awards, Luster Best Paper Award and Best Poster Award will be presented at the banquet. Location: Chancellor Room, HKCEC Time: 19:00–21:00, Monday, 23 November, 2015 Visit Program A visit program will be organized to the Photonics Research Centre, The Hong Kong Polytechnic University on 19 November, 2015 Location: Please gather at CD634, The Hong Kong Polytechnic University, Hung Hom, Kowloon Time: There will be three sessions at 14:00, 15:00 and 16:00, Thursday, 19 November, 2015 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 6 2015ACP Program.indd 6 11/5/15 3:01 PM Conference Highlights Plenary Session Time: 8:30–10:30, Saturday, 21 November Venue: Theatre 1, HKCEC Topic: Light Sheet-based Fluorescence Microscopy (LSFM, SPIM, DSLM) - a paradigm shift in modern light microscopy 08:50–09:40 Ernst H. K. Stelzer Goethe Universität, Frankfurt am Main, Germany Biograph: Ernst H.K. Stelzer is the Professor for Physical Biology and Advanced Light Microscopy at the Goethe Universität (Frankfurt am Main, Germany) since March 2011. He concentrates his efforts on applications and further developments of advanced light microscopies in the modern life sciences, working on various aspects and applications of three-dimensional cell biology, lateral root development in Arabidopsis thaliana and the embryogenesis of Tribolium castaneum. New instruments allow scientists to observe and manipulate biological specimens efficiently, with high precision and high spatio-temporal resolution. From 1987-2011, he was a Scientific Group Leader at the European Molecular Biology Laboratory (EMBL, Heidelberg, Germany), most lately in the Cell Biology and Biophysics Unit. Ernst Stelzer has been working in physics, optics, biophysics, cell biology, molecular biology, plant biology and developmental biology for more than 30 years. He has contributed to conventional fluorescence microscopy, confocal fluorescence microscopy, 4Pi- and theta-microscopy, optical tweezers and levitation, laser ablation and light sheet-based fluorescence microscopy. His publications continue to influence optics, biophysics, cell biology, developmental biology and plant biology. In more general terms, he is particularly interested in developing three-dimensional microscopies that enable observations under close-to-natural conditions as a function of time. Many of his former Diploma and Ph.D. students as well as Postdocs continue to pursue successful academic careers of their own. By now, he has published more than 250 papers and was granted several patents that secure the intellectual property of at least three commercially available optical instruments. He has received several prices and honors. In January 2015 light sheet-based fluorescence microscopy was honored as “Method of the Year 2014” by Nature Methods. Topic: Harnessing Quantum Gases with Light and Magnetic Fields: Atomic Quantum Sensors 09:40–10:30 Professor Peter Krüger School of Physics and Astronomy, University Park, The University of Nottingham, United Kingdom Biograph: Professor Peter Kruger holds the Chair of Cold Atom Physics and Quantum Optics at the University of Nottingham, UK. He is the scientific leader of the Midlands Ultracold Atom Research Centre and the UK National Quantum Technology Hub in Sensors and Metrology at Nottingham. His research focuses on the microscopic control and manipulation of ultracold atomic gases with optical and magnetic fields. After pioneering work on the development of atom chips, i.e. integrated devices for atomic quantum gases in analogy to the ubiquitous electronic microchips, his current interest continues to cover a broad spectrum ranging from fundamental physics questions to translational applied technology. Key contributions to the understanding of complex quantum systems include thermalization in one-dimensional, and phase transitions in two-dimensional systems. To facilitate technology development, he has introduced schemes for coherent atom-optical devices, such as waveguides, beam splitters and interferometers, as well as compact cold atom sources integrating photonic, electronic, and atomic components. Current quantum sensor work includes optical magnetometry, magnetic microscopy, and accelerometers (gravity and rotation sensors). Kruger’s body of work has been published in a wide range of topical and interdisciplinary journals, has received 4,000 citations and he has received awards from the Humboldt foundation and the European Union. Topic: The Technology and Science of Optical Microresonators: Integrated Optical Clocks to Phonon Lasers 11:00–11:50 Professor Vahala Jenkins Professor and Professor of Applied Physics at Caltech, USA Biograph: Professor Vahala is the Jenkins Professor and Professor of Applied Physics at Caltech. His research group has pioneered a class of optical resonators that hold the record for highest optical Q on a semiconductor chip. They have applied these devices to study a wide range of nonlinear phenomena including the first demonstration of parametric oscillation in a micro cavity, now the basis for frequency micro combs. His research in this subject also led to the demonstration of dynamic backaction, a long-anticipated interaction of mechanics and optics mediated by radiation pressure that is responsible for opto-mechanical cooling and recent realizations of mechanical amplification by stimulated phonon emission. Professor Vahala was involved in the early effort to develop quantum-well lasers for optical communications and received the IEEE Sarnoff Award for his research on quantum-well laser dynamics. He has also received an Alexander von Humboldt Award for his work on ultra-highQ optical microcavities and is a fellow of the IEEE and the Optical Society of America. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 7 2015ACP Program.indd 7 11/5/15 3:01 PM Topic: The Influence of Industrial Trends on Optical Access Luster LightTech Corp. Best Paper Awards 11:50–12:40 ACP 2015 is pleased to announce that this year’s Best Paper Awards on ACP will be sponsored by Luster LightTech Corp: Dr. Frank J. Effenberger Vice President and Fellow, Fixed Access Network Laboratory, Futurewei Technologies, Inc., USA Biograph: After completing his doctoral work in 1995, Dr. Effenberger worked at Bellcore, where he analyzed all types of access network technologies, especially passive optical networks. He witnessed the early development of the FSAN initiative and the APON standard. In 2000, he moved to Quantum Bridge Communications, where he managed the system engineering group. This work supported the development and standardization of advanced optical access systems based on B-PON and G-PON technologies. In 2006, he became Director of FTTx in the advanced technology department of Futurewei Technologies USA. He remains heavily involved in standards work, and in 2008, he became the chairman of ITU-T Q2/15. He and his team work on forward-looking fiber and copper access technologies, including the 10G EPON, XG-PON, and 40G-PON. Notably, his team supported the world’s first trials of XG-PON and 40G-PON. In 2011, he was named as Huawei Fellow, and in 2012 was promoted to VP of access research. In 2015, he was named as a Fellow of both the OSA and the IEEE. He holds 60 US patents. Best Paper Awards, 3 recipients, 1000 US dollars for each The selection will be made by the TPC chairs and subcommittee chairs during the conference. The awards will be granted at the conference banquet in the evening of Monday, 23 November. Poster Session Time: 10:00–11:30, Sunday, 22 November Venue: Room N201, HKCEC Over 150 posters will be displayed during ACP 2015. The poster session is designed to provide an opportunity for selected papers to be presented in greater visual detail and facilitate vivid discussions with attendees. Authors will remain in the vicinity of the bulletin board for the duration of the session to answer questions. OSA Best Poster Awards ACP 2015 is pleased to announce that this year’s Best Poster Awards on ACP will be sponsored by OSA: Best Poster Awards, 2 recipients, 500 US dollars for each The selection will be based on the voting of conference delegates. The awards will be granted at the conference banquet in the evening of Monday, 23 November. IEEE Photonics Society Best Student Paper Awards Workshops Time: 9:00–15:15, Thursday, 19 November Venue: Meeting Room, 4th Floor, Alumni Building, Jinan University, Guangzhou, China Topic: Special Workshop on Next Generation Optical Interconnection Techniques Time: 09:00–18:30, Friday, 20 November Venue: Renaissance Hotel Conference Rooms and S226-S228, HKCEC There are eight workshops and one symposium going to be held during ACP 2015. The topics cover the most interesting areas of photonics and communications. More than 50 speakers from both academia and industry will give their talks regarding the cutting edge technologies and advances. • Symposium on Novel Optical Networks in 5G Era • Workshop 1: Recent Advances in Optical Fiber and Specialty Fibers • Workshop 2: Recent Advances in Optical Fiber Sensors • Workshop 3: Closing the Gap to Shannon Limit: What is Next for Nonlinearity Compensation in Optical Communication? • Workshop 4: Short Reach Optical Communication Systems • Workshop 5: Silicon Photonics - Technology Challenges and Applications • Workshop 6: Nanophotonics and Related Technologies (NART) ACP 2015 is pleased to announce that this year’s Best Student Paper Awards on ACP will be sponsored by IEEE Photonics Society: • Workshop 7: What Are the Next Spotlights for Optical and Radio Frequency Orbital Angular Momentum Beams? Best Student Paper Awards, 10 recipients, 500 US dollars for each • Workshop 8: Recent Advances in Space-Division Multiplexing (SDM) To be eligible for the award, a student must be the first author of the paper and declare his/her student candidature during online submission; and the student must give the presentation at the conference by himself/herself. The selection will be made by the subcommittees during the conference. The awards will be granted at the conference banquet in the evening of Monday, 23 November. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 8 2015ACP Program.indd 8 11/5/15 3:01 PM Special Workshop Industry Forum Topic: Workshop on Next Generation Optical Interconnection Techniques Topic: Towards Ultra-high Speed Metro and Data Center Networks: Demand, Challenge &Technology Time: 09:00–15:15, 19 November Venue: Jinan University, Meeting Room, 4th Floor, Alumni Building Time: 14:30–18:00, November 22, 2015 Place: Room N207, HKCEC IPOC Special Tutorial Time: 14:30–16:00, 22 November Venue: Room N204/205, HKCEC ACP 2015’s Industry Forum will present you the latest advances in the field of ultra-high speed metro and data center networks by distinguished speakers from the industry. The forum will cover products, technologies and applications from both technical and business perspectives. Xiaomin Ren, Beijing University of Posts and Telecommunications, will discuss the Latest Novel Understandings of Electron States Architectures in Crystalline Materials and Likely of the Whole Physics. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 9 2015ACP Program.indd 9 11/5/15 3:01 PM Special Workshop Topic: Workshop on Next Generation Optical Inter-Connection Techniques Time: 09:00–15:15, 19 November, 2015 Venue: Jinan University, Meeting Room, 4th Floor, Alumni Building, Huangpu Road West 601, Guangzhou, China Organizers: Zhaohui Li, Jinan University, Guangzhou, China Weiping Liu, Jinan University, Guangzhou, China Chao Lu, The Hong Kong Polytechnic University, Hong Kong SAR Session I: Session Chair: Xiangjun Xin, Beijing University of Posts and Telecommunications, Beijing, China 09:00–9:30 Siyuan Yu, Sun Yat–sen University, China A review of recent progress in OAM communications and related technologies 09:30–10:00 Chongjin Xie, Alibaba, inc. Optical interconnect technologies in datacenters Session II Session Chair: Zhaohui Li, Jinan University, Guangzhou, China 14:00–14:30 LiangChuan Li, Huawei Co. Ltd. Non–Orthogonal Optical Transmission WDM Systems 14:30–15:00 Ming Li, Institute of Semiconductors, CAS All–optical integrated analog signal processing 15:00–15:30 Yange Liu, Nankai University Mode excitation and conversion in few–mode fibers and their applications 15:30–15:45 Tea Break 15:45–16:15 Zuqing Zhu, University of Science and Technology, China Service Provisioning in Multi–Domain SD–EONs 16:15–16:45 Yu Yu, Huazhong University of Science & Technology Large bandwidth and high power Germanium photodetector 16:45–15:15 Ning Liu, Huawei Co. Ltd. The Trend of Next Generation Metro Optical Network 10:00–10:15 Tea Break 10:15–10:45 Po Dong, Alcatel–Bell Labs Silicon photonic integrated circuits 10:45–11:15 Xiang Zhou, Google Inc. DATA center optics: requirements and challenges 11:15–11:45 Yikai Su, Shanghai Jiaotong University Silicon Photonic Devices for Signal Modulation, Filtering and Analog Processing 11:45–14:00 Tea Break Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 10 2015ACP Program.indd 10 11/5/15 3:01 PM Symposium and Workshops Symposium on Novel Optical Networks in 5G Era Time: 09:00–17:00, 20 November Venue: Concord Room I, Renaissance Harbour View Hotel Organizers: Deng Ning, Huawei Technologies Co. Ltd Introduction: Detail Program Morning session: Next generation WDM architecture and ‘all-optical’ network 09:30–12:00 Invited presentations, Q&A • Current optical transport industry status and outlook from consulting firm Workshop 1: Recent Advances in Optical Fibers and Specialty Fibers Time: 9:00–12:00, 20 November Venue: Concord Room II, Renaissance Harbour View Hotel Organizers: • Operator’s view on all-optical / core networking • System vendor’s view on all-optical / core networking The 1-day symposium is expected to have a morning session and afternoon session, focusing on presentations and discussions on novel optical networks and technologies for ‘all-optical’ (e.g. novel ROADM/WSS/OXC technologies and networks; what will be the practical next-generation ‘alloptical’ networking; enhanced packet-optical networks, etc.), 4G/5G transport (e.g. C-RAN, front/back hauling, etc.) and DCI (e.g. DC intra/inter connect architecture/technology, low-cost DWDM and transmission, etc.). The symposium will comprise invited talks, Q&A discussion, panel discussion, networking event, etc. The invited speakers include experts from telecom operators, internet service providers, universities and institutes, system and device/chip vendors and industry consulting firm. ACP and Huawei cordially invite experts from these organizations to present views, join in the discussion, and together shape the future of the industry. 14:00–16:30 Invited presentations, Q&A Tea break • All-optical or future networking architecture & technologies (1) • All-optical or future networking architecture & technologies (2) 12:00–12:30 Panel discussion 12:30–14:00 Lunch break Afternoon session: Novel optical networks and technologies for emerging 5G and DCI • Operator’s view on optical transport for 5G and/or DCI • System vendor’s view on 5G / DCI transport • Component vendor’s view on 5G / DCI transport Tea break • Optical technologies for 5G/DCI/short-reach (1) • Optical technologies for 5G/DCI/short-reach (2) 16:30–17:00 Panel discussion Liangming Xiong State Key Laboratory of Optical Fiber and Cable Manufacture Technology, YOFC, Wuhan, China Kin-Seng Chiang Department of Electronic Engineering, City University of Hong Kong Introduction: In recent years, much research effort has been devoted to the development of new optical fibers for further enhancing the quality and the capacity of optical transmission, in particular, ultra-low loss fibers, large-effective-area fibers, few-mode fibers, and multicore fibers. Meanwhile, many specialty fibers based on new materials and new structures have been developed for specific applications in a wide range of areas, such as metrology, sensing, lasers, and optical signal processing. This workshop provides an overview of some of these developments by putting together a series of presentations given by experts from industry and academia. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 11 2015ACP Program.indd 11 11/5/15 3:01 PM Speakers: Opening Address: Prof. Jie Luo, Director of State Key Laboratory of Optical Fiber and Cable Manufacture Technology and the CTO of YOFC Dr. Yiran Ma, Beijing Research Institute, China Telecom Co. Ltd. China Topic: Advanced fiber helps optical transmission to go faster and longer Dr. Nicolas Fontaine, Bell Labs, Alcatel-Lucent, USA Topic: Space-division Multiplexing in Multi-Mode Fibers Prof. Ming Tang, Wuhan National Laboratory for Optoelectronics & school of Optical and electronic information, Huazhong University of Science and Technology, China. Topic: Multicore fiber based SDM technology for transmission, signal processing and sensing applications Dr. Ming-Leung Vincent Tse, Photonics Research Center, Department of Electrical Engineering, The Hong Kong Polytechnic University, Hung Hom, Kowloon, Hong Kong, China Topic: Special Structured Optical Fibers for Sensing Applications Dr. Erik Schartner, the Institute for Photonics and Advanced Sensing (IPAS), The University of Adelaide, Australia Topic: Optical fibers for chemical and medical sensing applications Dr. Darren D. Hudson, Centre for Ultrahigh bandwidth Devices for Optical Systems (CUDOS), Institute of Photonics and Optical Science (IPOS), School of Physics, University of Sydney, Australia Topic: Mode-locked fiber lasers in the mid-IR Dr. Edson Haruhico Sekiya and Prof. Kazuya Saito, Frontier Materials Laboratory, Toyota Technological Institute Topic: Investigation of NIR emission in Bi, Sb, Pb and Sn doped silica glasses aiming optical fiber amplifier and laser Prof. Meisong Liao, R&D Center of High Power Laser Component, Shanghai Institute of optics and Fine Mechanics, Chinese Academy of Sciences, China Topic: Highly nonlinear photonic crystal fibers for supercontinuum generation in given band Dr. Shangran Xie, Max Planck Institute for the Science of Light Topic: Applications of fiber “nanospike” on low-threshold supercontinuum generation and optomechanical selfstabilization Speakers: Workshop 2: Recent Advances in Optical Fibre Sensors Byoungho Lee, Seoul National University, Korea Topic: Plasmonics and Metasurfaces for Potential Sensor Applications Time: 13:45–17:00, 20 November Venue: Concord Room II, Renaissance Harbour View Hotel Organizers: Kazuo Hotate, University of Tokyo, Japan Topic: Distributed Strain and/or Temperature Sensing based on Fiber Brillouin Optical Correlation Domain Techniques Performances and Applications Robert McLaughlin, University of Western Australia, Australia Topic: A Microscope-in-a-needle: Fibre-optic Probes for Biomedical Applications Anna G. Mignani, CNR-IFAC, Sesto F.no (FI), Italy Topic: Raman Spectroscopy for Food Fingerprinting Hwa-Yaw TAM, The Hong Kong Polytechnic University, Hong Kong Topic: Smart Railway Monitoring Systems based on Fibre Bragg Grating Sensing Networks Wei Jin Depart of Electrical Engineering, The Hong Kong Polytechnic University, Hong Kong SAR, China John Canning School of Chemistry, The University of Sydney, Australia Limin Tong, Zhejiang University, China Topic: Nanofibre Optical Sensors Introduction: After nearly four decades of research, optical fibre sensor technologies are gradually becoming mature. Some sensors have successfully moved out from the laboratory to realworld applications while novel concepts and techniques are still been researched for creating new types of sensors and improving the performance of existing sensors. This workshop invites some of the world-leading experts to talk about the state-of-the-art and future trends in some selected areas of research and development, including distributed Brillouin sensors with millimetre spatial resolution, fibre Bragg grating sensors for smart railways, Raman spectroscopy for food fingerprinting, optical fibre OCT probes for biomedical applications, and sensors based on plasmons and micro/nano fibre. The workshop will include presentation and discussion sessions and we welcome people of relevant interest to attend and join the discussions. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 12 2015ACP Program.indd 12 11/5/15 3:01 PM Workshop 3: Closing the Gap to Shannon limit: What is Next for Nonlinearity Compensation in Optical Communication? Time: 09:00–12:00, 20 November Venue: Room S227, HKCEC Organizers: achievable gain is < 2 dB for multi-channel scenario. In this workshop, we will look into the most recent efforts on nonlinearity mitigation. Furthermore, we consider novel methods for nonlinearity compensation including inverse scattering theory and Bayesian tracking, and discuss how they can be adopted for the nonlinearity mitigation in optical communication. The idea is to combine ideas concepts different fields such as information theory, machine learning and statistical control theory. Workshop 4: Short Reach Optical Communication Systems Time: 13:30–17:00, 20 November Venue: Room S227, HKCEC Organizers: Speakers: Dr. Andre Richter, VPI Photonics, Germany Topic: Integrated simulation and design environment for SDM applications Sergei Popov Royal Institute of Technology KTH, Sweden Darko Zibar DTU Fotonik, Technical University of Denmark Prof. Gunnar Jacobsen, Swedish ICT – Acreo, Sweden Topic: Impact of Phase Noise in High Capacity Optical Coherent Transmission Systems Dr. Marco Secondini, Scuola Superiore Sant Anna, Italy Topic: What is the Shannon Limit in Fiber Optical Communications? Dr. Pawel Rosa, Institute of Optics, IO-CSIC, Spain Topic: Advanced Raman Architecture for Nonlinear Compensation Using Optical Phase Conjugation Prof. Polina Bayvel, University College of London, UK Topic: Overcoming fibre nonlinearities to enhance the achievable transmission rates in optical communication systems Lech Wosinski, Royal Institute of Technology KTH, Sweden Introduction: This workshop will focus on the challenges and recent advances in nonlinearity compensation. The focus will also be on the actual benefits, of various compensation schemes, from a transponder manufacturer’s point of view. Currently, commercially available high-speed optical communication systems are employing advanced modulation formats (e.g. 16QAM), digital coherent detection for impairment compensation, and signal demodulation. Several methods for performing nonlinearity compensation including digital backpropagation, phase conjugation and nonlinear post-equalization have been demonstrated. However, the Zhaohui Li Jinan University, China Prof. Alan P. T. Lau, The Hong Kong Polytechnic University, Hong Kong SAR, China Topic: Communications Through Nonlinear Fiber-Optic Channels Using Nonlinear Frequency Division Multiplexing Kangping Zhong The Hong Kong Polytechnic University, Hong Kong SAR, China Introduction: With the rapidly increasing data traffic in data centers, mobile front-haul/back-haul and high speed optical access networking and other short reach optical applications, current optical interconnect systems is expected to be insufficient in the near future. Some research show that the growing bandwidth demand from optical interconnects will be much more than that from the long-haul optical transmission in the near future. However, compared to long-haul optical transmission systems, optical interconnects are more sensitivity to system cost, components footprint and power consumption. In this workshop, the invited speakers will present the state-of-art and future trends in visible light communications (VLC) and short reach MMF/SMF transmission systems in many aspects including advanced low cost transmitter and receiver, advanced modulation formats, WDM/Polarization multiplexing techniques, digital signal processing (DSP) techniques, coherent detection/direct detection. Challenges in future optical short reach systems will also be discussed. We welcome people of relevant interest to attend and join the workshop. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 13 2015ACP Program.indd 13 11/5/15 3:01 PM Speakers: Dr. Jian Zhao, Tyndall National Institute and University College Cork, Ireland Topic: Advanced formats and subsystems for short-reach applications Prof. Lilin Yi, Shanghai Jiaotong University, Shanghai, China Topic: Recent research progress on NG-EPON Workshop 5: Silicon Photonics – Technology Challenges and Applications Time: 09:00–13:00, 20 November Venue: Room S228, HKCEC Prof. Ming Tang, Huazhong University of Science & Technology, China Topic: Coding and modulation technique in DDO-OFDM based short-medium optical interconnect Prof. S.J. Ben Yoo, University of California at Davis Topic: Heterogeneous 2D/3D integration for future microsystems Dr. Po Dong, Alcatel Lucent Topic: Silicon photonics for high-capacity advanced modulation formats Organizers: Dr. Xiang Liu, Huawei, USA Topic: Advanced modulation and detection schemes for next-generation PON Dr. Kangping Zhong, The Hong Kong Polytechnic University, Hong Kong Topic: PAM-4 for Short Reach Optical Communication Systems Speakers: Dr. Laurent Vivien, University of Paris Sud Topic: Recent Advances in Pockels Effect in Silicon Dr. Yuriy Fedoryshyn, ETH Zurich Topic: Dense Integration of Plasmonic Modulators for Compact High-speed Optical Interconnects Hon Ki Tsang The Chinese University of Hong Kong Zhiping Zhou Peking University Prof. Lech Wosinski, Royal Institute of Technology (KTH) Topic: Technological Challenges in Si Nanophotonic and Plasmonic Fabrication Prof. Pavel Cheben, National Research Council, Canada Topic: Subwavelength engineering for silicon photonics I T a t f i t l g i i i c a a g c Prof. Graham Reed, University of Southamption Topic: Single Crystal SiGe on Insulator Dr. Jianping Li, Jinan University, China Topic: Multimode-multiplexing based technology for lowcost short reach optical interconnect Dr. Xiaofeng Lu, Technical University of Denmark Topic: Optical Vortices Techniques for Short Range Data Communications Prof. Zabih (Fary) Ghassemlooy, University of Northumbria at Newcastle, UK Topic: Visible light Communications – A green Technology with Multiple Functionalities Prof. Chi-Wai Chow, National Chiao Tung University Topic: Short-Reach Light Emitting Diode (LED) based Visible Light Communications (VLC) Lin Yang Institute of Semiconductors, Chinese Academy of Sciences Introduction: The rapid development of silicon photonics has been driven by the potential of silicon photonics for energy-efficient, high-speed optical interconnects in computing and by the opportunities of new applications in telecommunications and sensors based on the advantage of low-cost large-volume manufacturing that is possible from CMOS foundries. In this workshop we discuss some of the technology challenges and the real applications for silicon photonics that have emerged in the market place. This workshop is to provide a forum for researchers on silicon photonics to present and discuss their vision, recent progresses, and future challenges and applications. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 14 2015ACP Program.indd 14 11/5/15 3:01 PM Workshop 6: Nanophotonics and Related Technologies (NART) Time: 14:30–18:30, 20 November Venue: Room S228, HKCEC Organizers: Prof. Darren Bagnall, UNSW, Sydney, Australia Topic: Antireflection and light-trapping in photovoltaics Workshop 7: What Are the Next Spotlights for Optical and Radio Frequency Orbital Angular Momentum Beams? Prof. Daoxin Dai, Zhejiang University, Hangzhou,China Topic: Graphene-silicon nanophotonic integrated circuits Time: 09:00–12:00, 20 November Venue: Room S226, HKCEC Prof. A. W. Poon, HKUST, Hong Kong SAR, China Topic: Surface-state absorption induced photocurrent generation in silicon waveguides and microrings in 1300/1550nm wavelengths Organizers: Speakers: Prof. Hon K. Tsang, CUHK, Hong Kong SAR, China Topic: Hybrid Integration of 2-D materials on optical waveguides Sergei Popov Royal Institute of Technology KTH, Sweden Lech Wosinski, Royal Institute of Technology KTH, Sweden Introduction: This workshop will focus on the fundamentals, recent advances and applications of nanophotonics and related technologies. Latest achievements in nanotechnology allow for studying and implementation of new, interesting effects in nano-scale photonics, new ways of controlling the interaction between guided modes and electronic excitations and light-matter interaction in nanostructures. Photonic integrated circuits technology have been given much attention in recent years and the rapid development of the photonic integration technology is showing great promises for the implementation in the next generation devices for optical communication, interconnects and sensing. This workshop aims to provide a forum for international experts to present and discuss the visions and perspectives of these technologies including recent progresses and future prospects and challenges for applications Dr. Pavel Cheben, National Research Council, Canada Topic: Subwavelength grating engineered nanostructures for integrated optics Prof. JianJun. He, Zhejiang University, Hangzhou, China Topic: Single Electrode Controlled Fast Wavelength Channel Switching in Tunable V-Cavity Laser Fabricated with Quantum Well Intermixing Technology Prof. A.V. Zayats, King’s College London,UK Topic: Nonlinear Hyperbolic Materials Shanguo Huang State Key Laboratory of Information Photonics and Optical Communications, Beijing University of Posts and Telecommunications, China Jian Wang Wuhan National Laboratory for Optoelectronics, Huazhong University of Science and Technology, China ` Siyuan Yu1,2 Photonics Group, Merchant Venturers School of Engineering, University of Bristol, UK 2 State Key Laboratory of Optoelectronic Materials and Technologies and School of Physics and Engineering, Sun Yat-sen University, China 1 Introduction: Orbital angular momentum (OAM) is a physical property of the photon or electromagnetic (EM) wave that has attracted much attention in recent years. Although the simplest OAM Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 15 2015ACP Program.indd 15 11/5/15 3:01 PM beams can be scalar fields, EM waves or photons carrying OAM are often vectorial fields with spatially varying polarization, therefore also carrying spin angular momentum (SAM) and known as cylindrical vectorial vortices (CVVs). For potential applications at both optical and RF frequencies, the generation, manipulation, propagation and detection of various OAM – carrying beams or photons are of fundamental importance. The unbounded OAM mode space has already shown significant promise in information transmission, both in mode multiplexed classical data transmission and in quantum communications. The complex interaction between OAM beams (especially CVVs) and matter could lead to important new applications in areas such as imaging and remote sensing, particulate manipulation, biophotonics, etc. This workshop aims to explore the direction of research in the fundamental aspects of OAM and it applications through invited presentations and panel discussions sessions. The discussions will focus on the state-of-the-art advances and in particular will discuss future research directions in OAMcarrying beams and their applications in various areas. The topics address will include but not limited to: • Fundamental principles of OAM beams • Schemes and components for generating, manipulating and detecting OAM beams • Obstacles and solutions in the propagation of OAM beams • Classical data communications using OAM • Quantum photonic information applications of high dimensional OAM states • Imaging and remote sensing using OAM • Manipulation, control and analysis of macro – and microscopic matter using OAM beams • Deep space exploration using OAM beams • RF and terahertz OAM applications Speakers: Prof. Juan. P. Torres, Universitat Politecnica de Catalunya, Spain Topic: Optical Doppler Shift with Structured Light: A New Tool to Measure Flow Vorticity and Transverse Particle Movement Workshop 8: Recent Advances in Space-Division Multiplexing (SDM) Time: 14:00–18:00, 20 November Venue: Room S226, HKCEC Organizers: Prof. Baosen Shi, University Of Science and Technology of China, China Topic: Quantum Storage of Orbital Angular Momentum State Prof. Zhiyuan Zhou, University Of Science and Technology of China, China Topic: Highly Efficient Frequency Conversion and Splitting of Orbital Angular Momentum Carrying Light Prof. Xinlun Cai, Sun Yat-sen University, China Topic: Photonic Integrated Circuits for Generation and Manipulation of Light’s Orbital Angular Momentum Prof. Jian Wang, Huazhong University of Science and Technology, China Topic: Flexible Spatial Light Modulation Using Phase-Only Elements Jian Wang Wuhan National Laboratory for Optoelectronics, Huazhong University of Science and Technology, China Prof. Xiaocong Yuan, Shenzhen University, China Topic: Dynamic DOES for OAM Interconnections Prof. Zizheng Cao, Eindhoven University of Technology, Netherland Topic: Photonics Assisted Broadband RF-OAM Generation and Detection: Operation Principle and Integrated Solution 1 Siyuan Yu1,2 Photonics Group, Merchant Venturers School of Engineering, University of Bristol, UK 2 State Key Laboratory of Optoelectronic Materials and Technologies and School of Physics and Engineering, Sun Yat-sen University, China Prof. Xinlu Gao, Beijing University of Posts and Telecommunications, China Topic: The Generation, Detection and Application of the RFOAM Beams Based on Microwave Photonics Technology Prof. Xianming Zhang, Zhejiang University, China Topic: Possible Applications of RF Orbital Angular Momentum Guifang Li1,2 CREOL, The College of Optics & Photonics, University of Central Florida, USA 2 College of Precision Instrument and Opto-Electronic Engineering, Tianjin University, Tianjin, China 1 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 16 2015ACP Program.indd 16 11/5/15 3:01 PM Introduction: Space-division multiplexing (SDM) is considered to be a promising technique addressing the capacity crunch. SDM allows for continuous increase of aggregate transmission capacity and spectral efficiency of optical communications. Multi-core fiber (MCF) and few-mode fiber (FMF) are two attractive candidates widely used in SDM optical fiber communications. SDM explores the physical dimension of transverse spatial structure which is termed the spatial multiplexing of separated optical fields in a MCF or few linearly polarized (LP) modes in an FMF. In addition to MCF and FMF, the concept of SDM can be further extended with great flexibility as the transverse spatial structure of a light beam can take many different forms. Twisted light beam carrying orbital angular momentum (OAM) which is related to the transverse spatial phase structure has attracted increasing interest in SDM optical communications. The OAM-carrying light beams have a helical phase front which is twisting along the direction of propagation, so-called twisted light beams. Remarkably, one distinct feature of OAM, in principle, is the unlimited and intrinsically orthogonal states, i.e. multiple twisted light beams with different twisting rates or OAM states are inherently orthogonal with each other, which can be used for SDM by OAM multiplexing. Very recently, OAMbased SDM has also seen great success both in fiber and free-space optical communications with improved transmission capacity and spectral efficiency. This workshop will focus on the recent advances in SDM. Topics of relevance include but are not limited to: • Design, modeling, fabrication and characterization of multi-core fiber, few-mode fiber, multi-core few-mode fiber, multi-mode fiber, OAM fiber and other special fibers for SDM. • Spatial light modulator (SLM), photonic lantern, and photonic integrated devices for SDM. Multi-core and few-mode fiber amplifiers. • Efficient multiplexing and demultiplexing techniques for SDM. • Analyses on linear and nonlinear impairments in fiber and turbulence in free space. • Coding algorithm, multiple-input multiple-output (MIMO) digital signal processing, and other equalization techniques for SDM. • SDM-assisted chip-scale photonic interconnects and data center optical interconnects. • System transmission experiments of SDM using multicore fiber, few-mode fiber, multi-core few-mode fiber, and multi-mode fiber. • Fiber-based and free-space system transmission experiments of SDM using OAM multiplexing. • SDM networking applications with multi-core fiber, fewmode fiber, multi-core few-mode fiber, multi-mode fiber and OAM fiber. This workshop will include invited presentations and panel discussions sessions. We sincerely welcome scientists, students and industry representatives of relevant interest to attend and join the workshop. Prof. Guifang Li, 1CREOL, The College of Optics & Photonics, University of Central Florida, USA; 2College of Precision Instrument and Opto-Electronic Engineering, Tianjin University, Tianjin, ChinaUniversity of California, Davis, USA Topic: TBD Dr. Akihide Sano, NTT Network Innovation Laboratories, NTT Corporation, Japan Topic: Multi-Core Few-Mode Fiber Transmission Technology Dr. Nicolas K. Fontaine, Bell Laboratories, Alcatel-Lucent, USA Topic: Space-Division Mutiplexing in Multi-Mode Fibers Dr. Ezra Ip, NEC Labs America, USA Topic: Elliptical Core Few-Mode Fibers for MIMO-Less IntraData Center Transmission Speakers: Prof. Siyuan Yu, 1Photonics Group, Merchant Venturers School of Engineering, University of Bristol, UK 2State Key Laboratory of Optoelectronic Materials and Technologies and School of Physics and Engineering, Sun Yat-sen University, China Topic: A Summary of Research Progress in OAM Communications Funded by the National 973 Program Prof. S. J. Ben Yoo, University of California, Davis, USA Topic: Space Division Multiplexing by 2D/3D Photonic Integrated Circuits for OAM Mux/Demux/Conversion Yongxiong Ren, Guodong Xie, Asher J. Willner, Nisar Ahmed, Long Li, Zhe Wang, and Alan E. Willner University of Southern California, USA Topic: Challenges and Opportunities in using Orbital Angular Momentum for Communication Links Prof. Jian Wang, Huazhong University of Science and Technology, Wuhan, China Topic: Recent Progress in Space-Division Multiplexing using Orbital Angular Momentum (OAM) Modes Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 17 2015ACP Program.indd 17 11/5/15 3:01 PM IPOC Special Tutorial Topic: Latest Novel Understandings of Electron States Architectures in Crystalline Materials and Likely of the Whole Physics Time: 14:30–16:00, 22 November Venue: N204/205, HKCEC Presider: Kun Xu, Beijing University of Posts and Telecommunications Speaker: Xiaomin Ren, Beijing University of Posts and Telecommunications Biograph: IET Fellow (since 2010); Professor and Vice President of Beijing University of Posts and Telecommunications (BUPT), Beijing, China, since 1993 and 1996, respectively; Director of the State Key Laboratory of Information Photonics and Optical Communications at BUPT and of its predecessor, a. homonymic ministry-level key laboratory, since 2011 and 2003, respectively. He received his Ph.D. degree in Electronic Science and Technology (on Photonics and Optical Communications) from BUPT in 1989. Then he joined BUPT and works with BUPT up to now. During 1994 to 1996, he worked first as a Senior Visiting Scholar in Centro Studi E Laboratori Telecomunicazioni (CSELT), Turin, Italy, and then as a Visiting Senior Research Fellow in the Microelectronics Research Center, University of Texas at Austin. He has been a Standing Director of Chinese Optical Society since 2006 and an Associate Editor of IEEE/OSA Journal of Lightwave Technology since 2010. He was a winner of the National Outstanding Young Scientist Fund (NNSF, China) in the year of 1996. He served for a period from 1998 to 2011 as a Member, mostly as a Deputy Head, of two National 863 Expert Groups in different areas successively, first in the In- formation Area and then in the New Materials Area (personally in charge of the researches regarding optoelectronics), under the National 863 (High Tech) Program of China. He had been the Chief Scientist of the National 973 Research Projects (twice, one initial and one continued) on optoelectronics from 2003 to 2014 under the National 973 (Basic Research) Program of China. He has made his efforts and contributions to steer and organize a number of international conferences for a long time. He was the General Chair of 2013 Asia Communications and Photonics Conference (ACP 2013) and is a Honorary Co-Chair of ACP 2015. He was just now elected as the Chairman of the ACP Steering Committee. He has also been an executive director of Zh. I. Alferov Russian-Chinese Joint Laboratory of Information Optoelectronics and Nanoheterostructures under the direct leadership of Nobel Laureate, Prof. Zh. I. Alferov. His research interests include novel III-V semiconductor nanoheterostructures, high quality metamorphic epitaxy of semiconductor materials, new compatible material systems for heterogeneous integrations, novel semiconductor/fiber based microstructures and optoelectronic devices, Integrated optoelectronics (PIC and OEIC) and advanced optical communication technologies. Quite recently (since 2012), he has also paid great attention to fundamental physics . Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 18 2015ACP Program.indd 18 11/5/15 3:01 PM Industry Forum Topic: Towards Ultra-high Speed Metro and Data Center Networks: Demand, Challenge & Technology Time: 14:30–18:00, November 22 Place: Hong Kong Conference and Exhibition Center (HKCEC), Room N207 Chairman: Session I 14:30 Dr. Xiang Zhou, Google Topic: Ultra-high Speed Optical Interconnection in Data Centers 14:50 Dr. Xiang Liu, Huawei Topics: Prospects on Ultra-broadband Access and Short Reach Optics in 5G Era 15:10 Avi Shabtai, MultiPhy Topics: Advanced DSP based 100G/400G Solutions for Data Center Connectivity 15:30 Dr. Rangchen Yu, Oplink Topics: Intra- and Inter- Data Center Optical Networking Solutions for 100Gbps and Beyond Dr. Yi Yao President, Luster LightTech Corp. Co-chairman: 15:50 Chris Cole, Finisar Topics: 400G Ethernet and 50G PAM4 Technology Status Session II 16:30 Dr. Chongjin Xie, Alibaba Topic: Optical Technology for High-Speed Data Center Networks 16:50 Xiaohong Zhang, Alcatel-Lucent Shanghai Bell Topic: High Capacity DCI Solution in the Pipeline 17:10 Richard Jensen, Polatis Topic: Optical Switching: A Key to Next Generation Data Center Dr. Jianhui Zhou VP, Finisar Corporation Mr. Avi Shabtai CEO, MultiPhy ACP 2015’s Industry Forum will present you the latest advances in the field of ultra-high speed metro and data center networks by distinguished speakers from the industry. The forum will cover products, technologies and applications from both technical and business perspectives. 17:30 Akito Nishimura, Fujikura Topic: Optical Passive Components for High Speed Data Centers 17:50 Dr. Thomas Lee, SHF Topic: Development of High Speed Test and Measurement Solutions for High Speed Data Centers Biographies of Speakers Dr. Xiang Zhou is currently a Tech Lead within Google platform advanced technology group, working on nextgeneration optical interconnection technologies. Prior to joining Google on 2013, he had been with AT&T LabsResearch (Middletown, NJ, USA) for 12 years, conducting research on various aspects of long-haul optical transmission and photonic networking technologies, including Raman amplification, polarization-and reflection-related impairments, optical power transients control (in dynamic optical networks), advanced modulation formats and digital signal processing for high-speed transmission (100Gb/s, 400Gb/s and beyond). Between 1999 and 2001, he was with Nanyang Technological University, Singapore as a Research Fellow, doing research on optical CDMA and wide-band Raman amplification. Xiang Zhou received his Ph. D degree in electrical engineering from Beijing University of Posts & Telecommunications in 1999. Dr. Zhou has extensive publications in top journals and conferences in his field including several recordsetting ‘hero’ results, which have received wide media reports. He holds 36 US patents with 15 more pending. He is an OSA fellow, and currently serves as an associate editor of Optics Express. He also served on the technical program committee for a number of IEEE, OSA and SPIE technical conferences. Dr. Xiang Liu is the Director of Optical Access Networks Department at Futurewei Technologies, Huawei R&D, USA, focusing on next-generation optical access technologies. Dr. Liu had been a Distinguished Member of Technical Staff at Bell Labs New Jersey, working on high-speed optical fiber communications. He has authored/coauthored over 280 journal and conference papers, and holds over 60 US patents. He is a Fellow of the OSA and an Associated Editor of Optics Express. He has served as TPC Chairs in international communications conferences such as The Optical Fiber Communication Conference and Exposition (OFC), ACP, and Wireless and Optical Communication Conference (WOCC). Mr. Avi Shabtai is Chief Executive Officer (CEO) of MultiPhy, a fabless semiconductor company providing cutting edge DSP based ICs at 100 Gb/s for Data Center connections. Avi has over 20 years of management experience in the telecommunications industry with expertise in semiconductors, systems and solutions. Prior to joining MultiPhy, Avi established and served as General Manager of Private and Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 19 2015ACP Program.indd 19 11/5/15 3:01 PM Alternative Networks Line of Business at Alvarion (NASDAQ: ALVR). During his time at Alvarion, Avi also served as Vice President (VP) Marketing & Strategy, leading the WIMAX business and product strategy and marketing activities of a $250 million annual business unit. Prior to Alvarion, Avi held senior Research & Development (R&D) and management positions at Tiaris, Metalink (NASDAQ: MTLK) and an elite R&D unit of the Israeli Ministry of Defense. Avi holds B. Sc and M. Sc. degrees in Electrical Engineering (EE) from the Technion, Israel Institute of Technology, and is a SMP Graduate of the Technion Institute of Management. Dr. Rangchen Yu is currently VP of Business Development and General Manager of Active Products at Oplink, a leading optical communication solution provider, and a fully owned subsidiary of Molex. Prior to joining Oplink in 2009, Dr. Yu was Global VP of product development of Source Photonics, and VP of Datacom and Telecom, Fiberxon (acquired by MRV). Dr. Yu also served various engineering and management positions with optical networking companies such as Agility Communications and SDL (both acquired by JDSU). Prior to joining optical networking industry, he conducted research in novel electronic material and devices at Princeton University and University of Illinois at Urbana-Champaign. Dr. Yu obtained his B. Sc. degree in Physics from Peking University, and Ph. D. of Solid State Physics from University of Pennsylvania. Mr. Chris Cole is a Director at Finisar Corp., Sunnyvale, California where he is architecting and leading the development of 50 Gb/s, 100 Gb/s and 400 Gb/s optical standards and transceivers. He received a B.Sc. in Aeronautics and Astronautics, and B.Sc. and M.Sc. in Electrical Engineering from the Massachusetts Institute of Technology. At Hughes Aircraft Co. (now Boeing SDC) and then M.I.T. Lincoln Laboratory, Chris contributed to multiple imaging and communication satellite programs such as Milstar. Later, he consulted on telecom ASIC architectures and designs for Texas Instruments DSP Group and Silicon Systems Inc. (now Maxim). Chris was one of the architects of the Sequoia coherent imaging ultrasound platform at Acuson Corp. (now Siemens Ultrasound), where he also managed hardware and software groups. As a principal consultant with the Parallax Group he carried out signal processing analysis and product definition for several imaging and communication systems. At BBN, a Finisar acquisition, Chris developed 10 Gb/s and 40 Gb/s optical transceivers. He is a Senior Member of the IEEE. Dr. Chongjin Xie received his M.Sc. and Ph.D. degrees from Beijing University of Posts and Telecommunications, China in 1996 and 1999, respectively. From 1999 to 2001, he worked at Photonics laboratory, Chalmers University of Technology in Gothenburg, Sweden for one and half years to conduct post-doctorate research. He joined Bell Labs, Lucent Technologies (now Alcatel-Lucent) in Holmdel, New Jersey, USA in 2001, and was a Distinguished Member of Technical Staff, doing research on optical communication systems and networks. He joined Alibaba Group in 2014, working on data center optical technologies. He has authored and co-authored more than 200 journal and conference publications, and two book chapters. He is an associate editor of Journal of Lightwave Technology, and has served in many conferences as chairs, Technical Program Committee (TPC) chairs or TPC members. Dr. Xie is a senior member of IEEE and a fellow of OSA. Dr. Thomas Lee is currently VP Marketing of SHF Communication Technologies AG. He has been with SHF since 2002 after a career with Nortel Network’s optical system research laboratory in Harlow UK, where he was involved in the investigation of high speed optical transmission systems at 40 Gb/s. In SHF, he is currently involved in the development of high speed BER test and measurement equipment targeting R&D applications in data and optical communications for 400 Gb/s and beyond. Mr. Xiaohong Zhang is currently a Senior Product Manager of Alcatel-Lucent IP/Optics product in China. He works for the OTN product management, and focuses on high speed optical transmission, OTN product strategy definition and product evolution. Mr. Richard Jensen is currently Vice President of Architecture at Polatis, and has over 25 years of experience working in optical communications. Before joining Polatis, he was a Technology Director at Sycamore Networks working on emerging optical networking architectures and transmission technologies. In addition, he has over 15 years of engineering and management experience in undersea systems at AT&T Bell-Labs working on ultra-long haul undersea transmission systems. Mr. Akito Nishimura is Group Manager of Fiber Optic Network Product R&D Department at Fujikura Ltd. He is responsible for developing optical components for optical inter-connection. During his 23-year career with Fujikura, he developed optical multi fiber connectors for telecommunications and data communications. He holds a Master’s degree in Mechanical Engineering from Ibaraki University, Japan. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 20 2015ACP Program.indd 20 11/5/15 3:01 PM C !"#$%$"&$ÿ()%$&*!%+ 0123ÿ5677892 32691ÿ39ÿ6692 1ÿ5699 ÿ05ÿÿÿ67ÿÿ67ÿÿÿ3ÿ ,-./012ÿ24564789:;<<ÿÿÿ,. ..=/=./ÿÿÿ>?-.ÿ2@ Conference Schedule Registration Thursday 19 Nov. Friday 20 Nov. Saturday 21 Nov. Sunday 22 Nov. Monday 23 Nov. 14:00–17:001 09:00–17:002,3 08:00–12:004 12:00–19:005 08:30–18:005 08:30–17:005 Venue 1. Room CD 634, The Hong Kong Polytechnic University 2. Foyer, Concord Room, Renaissance Hong Kong Harbor View Hotel (Pre-registration only) 3. Foyer, Room S221, HKCEC 4. Foyer, Theatre 1, HKCEC 5. Room N201, HKCEC Visit to The Photonics Research Centre 14:00–17:00 (every hour) The Hong Kong Polytechnic University Special Workshop 09:00–15:15 Jinan University, Meeting Room, 4th Floor, Alumni Bldg. Workshops 09:00–18:30 Concord Room II, Renaissance Hong Kong Harbor View Hotel, and Rooms S226-S228, HKCEC Symposium 09:00–18:30 Concord Room I, Renaissance Hong Kong Harbor View Hotel Industry Exhibition 13:00–18:00 Opening and Plenary Session 08:30–12:40 Technical sessions 14:00–18:00 Industry Forum Welcome Reception Poster Session 08:30–18:00 Room N201, HKCEC Theatre 1, HKCEC 08:30–18:00 08:30–16:00 14:30–18:00 Rooms N202-N212, HKCEC Room N207, HKCEC 18:00–19:00 Room N201, HKCEC 10:00–11:30 Best Student Paper Competition Session IPOC Special Tutorial 08:30–17:00 Room N201, HKCEC 08:30–12:30 14:30–16:00 Rooms N204/205 & N211, HKCEC Room N204/205, HKCEC Postdeadline Papers 16:30–18:30 Rooms N202/N203 and N211/N212, HKCEC Banquet and Closing Ceremony 19:00–21:00 Chancellor Room, HKCEC Note: All times reflect Hong Kong time. Please check with conference organizer during conference for schedule changes and updates Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 24 2015ACP Program.indd 24 11/5/15 3:02 PM Asia Communications and Photonics Conference and Exhibition (ACP) — Agenda of Sessions Agenda of Sessions Thursday, November 19 14:00–17:00 Registration Open, CD634, The Hong Kong Polytechnic University, Hung Hom, Hong Kong 09:00–15:15 Special Workshop on Next Generation Optical Inter-Connection Techniques Meeting Room, 4th Floor, Alumni Building Jinan University, Guangzhou, China Huangpu Road West 601, Guangzhou, China 14:00–17:00 Visit to The Photonics Research Centre, The Hong Kong Polytechnic University (From 14:00–17:00 every hour) Explanation of Session Codes AS3C.4 Number (Presentation order within the session) Meeting Name A = Asia Communication and Photonics Conference Day of the Week S = Saturday Su = Sunday M = Monday Series Number 1=First Series of Sessions 2=Second Series of Sessions Session Designation (alphabetically) The first letter of the code designates the meeting. The second element denotes the day of the week (Saturday=S, Sunday=Su, Monday=M). The third element indicates the session series in that day (for instance, 1 would denote the first parallel sessions in that day). Each day begins with the letter A in the fourth element and continues alphabetically through a series of parallel sessions. The lettering then restarts with each new series. The number on the end of the code (separated from the session code with a period) signals the position of the talk within the session (first, second, third, etc.). For example, a presentation coded AS3C.4 indicates that this paper is being presented on Saturday (S) in the third series of sessions (3), and is the third parallel session (C) in that series and the fourth paper (4) presented in that session. Invited papers are noted with Invited Tutorial papers are noted with Tutorial Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 25 2015ACP Program.indd 25 11/5/15 3:02 PM Agenda of Sessions Asia Communications and Photonics Conference and Exhibition (ACP) — Agenda of Sessions Friday, November 20 Concord Room I Renaissance Hotel Symposium 09:00–17:00 Concord Room II & III Renaissance Hotel Workshop Room S227 Workshop Room S228 Workshop Registration Open, Foyer, Concord Room, Renaissance Hong Kong Harbor View Hotel (Pre-registration only) and Foyer, Room S221, HKCEC 09:00–12:30 Symposium on Novel Optical Networks in 5G Era (09:00-12:30) Recent Advances in Optical Fiber and Closing the Gap to Shannon Limit: Specialty Fibers What is Next for Nonlinearity (09:00-12:00) Compensation in Optical Communication? (09:00–12:00) Silicon Photonics – Technology Challenges and Applications (09:00–13:00) 10:30–11:00 Coffee Break, Foyer, Concord Room,Renaissance Hong Kong Harbor View Hotel and Foyer, Room S221, HKCEC 12:30–14:00 Lunch Break, On Your Own 13:30–18:30 Symposium on Novel Optical Networks in 5G Era (14:00-17:00) 15:30–16:00 Room S226 Workshop Recent Advances in Optical Fiber Sensors (13:45-17:00) Short Reach Optical Communication Systems (13:30–18:00) (14:00–18:00) Nanophotonics and Related Technologies (NART) (14:30–18:30) What Are the Next Spotlights for Optical and Radio Frequency Orbital Angular Momentum Beams? (09:00–12:00) Recent Advances in Space-Division Multiplexing (SDM) (14:00–18:00) Coffee Break, Foyer, Concord Room,Renaissance Hong Kong Harbor View Hotel and Foyer, Room S221, HKCEC Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 26 2015ACP Program.indd 26 11/5/15 3:02 PM Asia Communications and Photonics Conference and Exhibition (ACP) — Agenda of Sessions Agenda of Sessions Saturday, 21 November Room N202 Room N204/205 Room N208 Room N207 Room N211 Room N212 Room N206 Room N203 08:00–19:00 08:00–12:00 Registration Open, Theatre Foyer, Theatre 1, 12:00–19:00, N201 Foyer, HKCEC 08:30–10:30 Opening and Plenary Session, Theatre 1, HKCEC Opening – 20 minutes Plenary Presentation 1 – 50 minutes Plenary Presentation 2 – 50 minutes 10:30–11:00 Coffee Break, Room N201, HKCEC 11:00–12:40 Plenary Session, Theatre 1, HKCEC Plenary Presentation 3 – 50 minutes Plenary Presentation 4 – 50 minutes 12:40-14:00 Lunch Break, On Your Own 13:00–18:00 Industry Exhibition, Room N201, HKCEC 14:00-15:30 AS3A • Heterogeneous Integration and Device Fabrication AS3B • Microcavities and Performance Estimation 18:00–19:00 AS3E • LongReach Access and Metro Systems AS3F • Long-haul AS3G • 5G Transmissions I Transport Networks Room N210 AS3H • Access Networks I AS3I • Microscopy for Living Systems (ends at 15:15) AS3J • Optical Wavelength Conversion AS4H • SDN and EON I AS4I • Sensors and Biosensing I AS4J • Microresonators and Applications (ends at 17:45) Coffee Break around Exhibition Area, Room N201, HKCEC 15:30–16:00 16:00–18:00 AS3C • Nonlinear AS3D • FEC Fiber Optics I Coding Room N209 AS4A • Optical Routers and Switching AS4B • Photonic Integrated Circuits I AS4C • Nonlinear AS4D • Short Fiber Optics II Reach Systems (ends at 17:15) AS4E • Spatial Division Multiplexing I AS4F • Digital AS4G • Network Signal Processing Design, Modelling and Control Welcome Reception, Room N201, HKCEC Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 27 2015ACP Program.indd 27 11/5/15 3:02 PM Agenda of Sessions Asia Communications and Photonics Conference and Exhibition (ACP) — Agenda of Sessions Sunday, 22 November Room N202 Room N204/205 Room N208 Room N207 Room N211 Room N212 08:30–18:00 Registration Open, Room N201, HKCEC 08:30–18:00 Industry Exhibition, Room N201, HKCEC 08:30–10:00 ASu1A • Optical Materials ASu1B • Photonic Integrated Circuits II ASu1C • Fiber Lasers I ASu1D • Plasmonics and Metamaterials ASu1E • Transceivers I (ends at 9:45) Room N206 ASu3G • Fi-Wi Networks ASu3H • SDN and Network Design ASu3I • Sensors and Biosensing II (ends at 12:30) ASu3J • Radio Over Fiber II ASu4E • SDN ASu4D • Coherent Optical and EON II Signal Processing (ends at 15:45) (TRACK 6) ASu4F • SDN ASu4G • Label Free Techniques (ends at 15:45) ASu4H • Modulation and Multiplexing Techniques ASu5F • Network ASu5G • ASu5H • Survivability Software Defined Ultrasonics and Hardware Pressure Sensing (ends at 17:30) ASu5I • Optical Sources and Detectors ASu2A • Poster Session, Room N201, HKCEC 10:30–11:00 Coffee Break, Room N201, HKCEC ASu3A • Photonic Integrated Circuits III ASu3B • Semiconductor Lasers ASu3C • Fiber Lasers II (ends at 12:45) ASu3D • Nanomaterials for THz Devices (ends at 12:45) ASu4A • Integrated Nonlinear Optics IPOC Special Tutorial: Latest Novel Understandings of Electron States Architectures in Crystalline Materials and Likely of the Whole Physics ASu4B • Specialty Optical Fiber Industry Forum ASu4C • Data Center Optics Coffee Break around Exhibition Area, Room N201, HKCEC 16:00–16:30 16:30–18:00 ASu3F • DSP for Nonlinear Fiber Tranmissions Lunch Break, On Your Own 13:00–14:30 14:30–16:00 ASu3E • Access Networks for Next Generation Wireless (ends at 12:45) Room N210 ASu1J • Radio Over Fiber I 10:00–11:30 11:30–13:00 Room N209 ASu1H • ONoC, ASu1I • FSO, VLC, Hybrid Therapeutics and OPS/OCS In Vivo Imaging ASu1F • High Spectral Efficiency Modulation Formats ASu1G • Access Networks II Room N203 ASu5A • Photodetectors ASu5B • Optical Modulators ASu5C • Novel Fiber Devices I Industry Forum ASu5D • Spatial Division Multiplexing II ASu5E • Transceivers II Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 28 2015ACP Program.indd 28 11/5/15 3:02 PM Asia Communications and Photonics Conference and Exhibition (ACP) — Agenda of Sessions Agenda of Sessions Monday, 23 November Room N202 Room N204/205 Room N208 Room N207 Room N211 Room N212 08:30–17:00 Registration Open, Room N201, HKCEC 08:30–17:00 Industry Exhibition, Room N201, HKCEC 08:30–10:30 AM1A • Polarization & Spatial Multiplexing Devices AM1B • Best Student Paper Award Competition (Track 1 and 6) AM1C • Fiber Lasers III AM2A • Quantum Dot and Nanowire Devices and Photodetectors AM2B • Best Student Paper Compeittion (Track 2 and 5) AM2C • Fiber Lasers IV AM2D • Optical Fiber Sensors II AM1F • PON I AM1G • Optical Control and Processing of RF Signals (ends at 10:15) AM1H • Datacenter Networks Room N209 Room N210 AM1J • Optical AM1I • Manipulation and Signal Processing I Sensors (ends at 10:15) AM2E • Best Student Paper Competition (Track 3 and 4) AM2F • PON II AM2H • Optical Signal Processing II AM2G • Optically Based Microwave Generation and Detection (ends at 12:15) Lunch Break, On Your Own 12:30–14:00 14:00–16:00 AM1E • Systems and Networks Room N203 Coffee Break around Exhibition Area, Room N201, HKCEC 10:30–11:00 11:00–12:30 AM1D • Optical Fiber Sensors I Room N206 AM3A • Devices for Optical Interconnects AM3B • Fiber Lasers V (ends at 15:45) AM3C • Novel Fiber Devices II (ends at 15:45) AM3D • Long-haul Transmissions II (ends at 15:45) AM3E • DSP for Short-reach Systems (ends at 15:15) AM3F • Signal Processing for Advanced Modulation Formats (ends at 15:45) 16:00–16:30 Coffee Break around Exhibition Area, Room N201, HKCEC 16:30–18:30 Postdeadline Session, Rooms N202/N203 and N211/N212, HKCEC 19:00–21:00 Banquet and Closing Ceremony, Chancellor Room, HKCEC AM3G • Node Architecture (ends at 15:30) AM3H • Plasmonics and Sensors (ends at 15:45) AM3I • Optical Signal Recovery (ends at 15:45) Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 29 2015ACP Program.indd 29 11/5/15 3:02 PM ACP 2015 — Saturday, 21 November Conference Room N202 Conference Room N204/205 Conference Room N208 Conference Room N207 Conference Room N211 Registration Open, 08:00–12:00 Foyer, Theatre 1, HKCEC and 12:00–19:00, Room N201,HKCEC Saturday, 21 November 08:30–10:30 Opening and Plenary Session, Theatre 1, HKCEC Opening – 20 minutes Plenary Presentation 1 – 50 minutes Plenary Presentation 2 – 50 minutes 10:30–11:00 Coffee Break, Room N201, HKCEC 11:00–12:40 Plenary Session, Theatre 1, HKCEC Plenary Presentation 3 – 50 minutes Plenary Presentation 4 – 50 minutes 12:40-14:00 Lunch Break, On Your Own 13:00–18:00 Industry Exhibitor, Room N201, HKCEC 14:00–15:30 AS3A • Heterogeneous Integration and Device Fabrication Presider: Kei May Lau; Hong Kong Univ. of Science and Technology, USA 14:00–15:30 AS3B • Microcavities and Performance Estimation Presider: Andrew Poon; Hong Kong Univ. of Science & Technology, Hong Kong AS3A.1 • 14:00 Invited 2D and 3D Heterogeneous Photonic Integration for Future Microsystems, S. J. Ben Yoo1; 1 Electrical and Computer Engineering, Univ. of California, USA. We will discuss 2D and 3D heterogeneous integration technologies aiming at realizing microsystems for applications in future communication, computing, and imaging systems. The 3D photonic integrated circuit (PIC) platform exploits direct inscribing of arbitrarily shaped waveguides using femtosecond lasers. AS3B.1 • 14:00 Invited Optically Induced Transparency in a Microcavity, Yuanlin Zheng1, Jianfan Yang1, Zhenhua Shen1, Jianjun Cao1, Xianfeng Chen1, Wenjie Wan1; 1Shanghai Jiao Tong Univ., China. Optically induced transparency in an optical microresonator is observed by introducing four-wave mixing gain to couple nonlinearly two isolated resonances of the micro-cavity. Its optical-controlling capacity and non-reciprocity characteristics are also demonstrated. 14:00–15:30 AS3C • Nonlinear Fiber Optics I Presider: Morten Ibsen; Univ. of Southampton, UK AS3C.1 • 14:00 Tutorial Novel Light-Matter Interactions in Photonic Crystal Fibres, Philip S. Russell1; 1Max Planck Inst. for the Science of Light, Germany. PCFs offer remarkable control over light-matter interactions. Examples include generation of ultra-broadband supercontinua from infrared pulses, strong optomechanical effects, twisted PCFs that preserve orbital angular momentum in sign and magnitude and VUV generation in gases. 14:00–15:30 AS3D • FEC Coding Presider: Kenichi Uto, Mitsubishi Electric Corporation, Japan AS3D.1 • 14:00 Invited Turbo Product Coded Modulation and Error Flare Control for Optical Fiber Transmission Systems, Yi Cai1; 1ZTE Optics Labs, USA. We propose a turbo-product-coded modulation scheme with performance exceeding the claimed theoretical limit on state-of-the-art SPC-LDPC scheme. We experimentally demonstrate 2460km 4.8bits/s/Hz transmission of a turbo-product-coded 40Gbaud 16-QAM modulation. We investigate error flare control with union-bound evaluation. 14:00–15:30 AS3E • Long-Reach Access and Metro Systems Presider: Hoon Kim, KAIST, Korea AS3E.1 • 14:00 Invited Deployment Scenario of Mode Division Multiplexing in Metro Area Network, Ken-ichi Kitayama1, Nikolaos P. Diamantopoulos1, Akihiro Maruta1, Yuki Yoshida1; 1Dept. Electri. Electro. and Info. Sys, Osaka Univ., Japan. A deployment scenario of mode division multiplexing (MDM) in metro ring network using few-mode fibers (FMFs) is presented. A novel mode-unbundled ROADM demonstrates the finest data granularity, and bi-directional transmission can circumvent the MIMO DSP. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 30 2015ACP Program.indd 30 11/5/15 3:02 PM ACP 2015 — Saturday, 21 November Conference Room N212 Conference Room N206 Conference Room N203 Conference Room N209 Conference Room N210 Registration Open, 08:00–12:00 Foyer, Theatre 1, HKCEC and 12:00–19:00, Room N201,HKCEC 08:30–10:30 Opening and Plenary Session, Theatre 1, HKCEC Opening – 20 minutes Plenary Presentation 1 – 50 minutes Plenary Presentation 2 – 50 minutes Saturday, 21 November 10:30–11:00 Coffee Break, Room N201, HKCEC 11:00–12:40 Plenary Session, Theatre 1, HKCEC Plenary Presentation 3 – 50 minutes Plenary Presentation 4 – 50 minutes 12:40-14:00 Lunch Break, On Your Own 13:00–18:00 Industry Exhibitor, Room N201, HKCEC 14:00–15:30 AS3F • Long-haul Transmissions I Presider: Alan Pak Tao Lau, The Hong Kong Polytechnic Univ., Hong Kong AS3F.1 • 14:00 Invited Optimum Design of Hybrid Raman-EDFA System to Maximize Aggregate Capacity, Yu Sun1, Jin-Xing Cai1, Hongbin Zhang1, Hussam Batshon1, Oleg Sinkin1, Carl Davidson1, Dmitri Foursa1, Alexei Pilipetskii1; 1TE Subsea Communications, USA. Optimizing the aggregate capacity in a broad-band system is a challenging task. We review the optimization of a hybrid Raman-EDFA system design and demonstrate a record capacity of 54 Tb/s over 9,150 km. 14:00–15:30 AS3G • 5G Transport Networks Presider: Lena Wosinska; Kungliga Tekniska Hogskolan, Sweden AS3G.1 • 14:00 Tutorial Data and Control Plane Solutions for an Optical 5G Transport, Paolo Monti1; 1Kungliga Tekniska Hogskolan, Sweden. This tutorial analyzes the key data and control architectural challenges for designing a flexible optical 5G transport infrastructure able to adapt in a cost efficient way to the requirements coming from a number of envisioned future 5G services. 14:00–15:30 AS3H • Access Networks I Presider: Jiajia Chen; Kungliga Tekniska Hogskolan, Sweden AS3H.1 • 14:00 Invited Applications of Self-Seeded Reflective Semiconductor Optical Amplifiers in Access Networks and Beyond, Elaine Wong1; 1Electrical and Electronic Engineering, Univ. of Melbourne, Australia. Recent research in self-seeded RSOAs is reviewed. We show that (a) large improvements in transmission capacity and reach have been achieved since the first proposal, and (b) its role as a colorless source in PON has evolved, extending into the metro, local area, and mobile segments. 14:00–15:15 AS3I • Microscopy for Living Systems Presider: Michael Somekh, The Hong Kong Polytechnic Univ., Hong Kong AS3I.1 • 14:00 Invited Label-free Super-resolution Optical Microscopy of Cellular Dynamics, Thomas Huser1,2, Henning Hachmeister1, Christian Pilger1, Viola Mönkemöller 1, Wolfgang Hübner1, Simon Hennig1, Marcel Müller1, Gerd Wiebusch1; 1Dept of Physics D3, Universitat Bielefeld, Biomolecular Photonics Group, Germany; 2Dept. of Internal Medicine, Univ. of California, USA. We demonstrate superresolved structured illumination microscopy (SRSIM) of Raman-active samples with 100 nm spatial resolution. By combining SR-SIM with coherent Raman scattering, even biological samples can be visualized with doubled spatial resolution. 14:00–15:30 AS3J • Optical Wavelength Conversion Presider: Guo-Wei Lu; Natl. Inst. of Info. & and Comm. Tech., Japan AS3J.1 • 14:00 Invited Broadband Wavelength Conversion: Towards Versatile Mid IR Signal Generation, CamilleSophie Bres1; 1Ecole Polytechnique Federale de Lausanne, Switzerland. We report recent results on the generation of versatile short-wave infrared sources relying on highly efficient broadband wavelength conversion. Various architectures based on the integrated association of nonlinear and amplifying media will be presented. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 31 2015ACP Program.indd 31 11/5/15 3:02 PM ACP 2015 —Saturday, 21 November Conference Room N204/205 AS3A.2 • 14:30 Invited Metamorphic Growth of III-V Devices on Silicon Toward Electronic-Photonic Monolithic Integration, Kei May Lau1; 1Hong Kong Univ. of Science and Technology, China. Abstract not available. Saturday, 21 November Conference Room N202 AS3A.3 • 15:00 A Yellow InGaP Light Emitting Diode Epitaxially Grown on Si Substrate, Cong Wang2, Bing Wang1, Kenneth Eng Kian Lee1, Soon Fatt Yoon2, Jurgen Michel3; 1Low Energy Electronic Systems IRG, Singapore-MIT Alliance for Research and Technology, Singapore; 2School of Electrical and Electronic Engineering, Nanyang Technological Univ., Singapore; 3Department of Materials Science and Engineering, Massachusetts Inst. of Technology, USA. A yellow InGaP light emitting diode (LED) emitting at 590 nm epitaxially grown on Si substrate with SiGe and GaAsP buffer layers is demonstrated. Characterizations of the epitaxy growth and device fabrication are presented. Conference Room N207 Conference Room N211 AS3B.2 • 14:30 Tunable Silicon Micro-disk Resonator with Flexible Graphene-based Ultra-thin Heaters, Longhai Yu1, Yaocheng Shi1, Sailing He1,2, Daoxin Dai1; 1 Zhejiang Univ., China; 2Royal Inst. of Technology, Sweden. A thermally-tuning silicon-on-insulator micro-disk resonator with a flexible graphenebased ultra-thin heater is demonstrated. The experimental results show graphene heaters have excellent performances on the heating efficiency and the temporal response. AS3D.2 • 14:30 Coded Modulation with APSK for OFDM-Based Visible Light Communications, Qi Wang 1, Zhaocheng Wang 1, Jinguo Quan 2; 1Tsinghua National Laboratory for Information Science and Technology (TNList), Department of Electronic Engineering, Tsinghua Univ., China; 2Division of Information Science & Technology, Shenzhen Graduate School, Tsinghua Univ., China. Coded modulation with APSK is proposed for OFDM-based VLC systems. Simulation results show that the proposed scheme achieves better performance than conventional QAM counterpart in both DCO-OFDM and ACO-OFDM systems, while similar complexity is maintained. AS3E.2 • 14:30 Why Pulse Shape for Cost-sensitive Metro Networks Should Differ from Optimal Pulse Shape for Long-haul Networks, Philippe Jennevé1, Annalisa Morea 2, Camille Delezoide 1, Sébastien Bigo1; 1Alcatel-Lucent Bell Labs, France; 2 Alcatel-Lucent, Italy. In metro networks, where node filters are among the largest contributors to impairments, we experimentally show that long-haul optimized signal shapes may turn suboptimal when laser frequency accuracy and filter frequency mismatches are accounted for. AS3B.3 • 14:45 Reconfigurable non-blocking 5-port optical router based on microring resonators, Hao Jia1, Yunchou Zhao1, Yuhao Xia1, Qiaoshan Chen1, Lei Zhang1, Jianfeng Ding1, Lin Yang1; 1Institution of Semiconductor,CAS, China. A reconfigurable non-blocking 5-port optical router composed of only 8 thermo-optic tuned microring-resonator optical switches is demonstrated. The optical SNR is characterized and 32 Gbps WDM data transmission has been performed. AS3D.3 • 14:45 Coded Orbital Angular Momentum Based Free-space Optical Transmission in the Presence of Atmospheric Turbulence, Zhen Qu1, Ivan B. Djordjevic1; 1Univ. of Arizona, USA. An LDPC-coded OAM-based FSO transmission system is experimentally studied in the presence of emulator-induced-scintillation. Coding gains >6.8dB are obtained at BER=10-4 for single OAM mode and dramatic improvement is found in case of OAM multiplexing. AS3E.3 • 14:45 10GHz-wide Multi-band CAP Modulation over 100km IM/DD Dispersive Channel for Extended-reach Access Networks, Mohamed Essghair Chaibi1, Frederic Grillot1, Didier Erasme1; 1Institut Mines-Télécom, Telecom ParisTech, France. Transmissions of 10GHz multi-band CAP signals over 100km IM/DD dispersive channel are reported. They are performed in an optical SSB context generated with a D-EML. 30Gb/s over 50km and 24Gb/s over 100km are achieved. AS3D.4 • 15:00 Invited Next-Generation Forward Error Correction: Can We Close the Gap to the Shannon Limit?, Laurent Schmalen1, Vahid Aref1, Detlef Suikat1, Detlef Rösener 1; 1Bell Laboratories, AlcatelLucent, Germany. We report the current status of forward error correction schemes and show how close we can operate to some theoretical limits taking into account the size of the codes. Finally, we compare some spatially-coupled codes. AS3E.4 • 15:00 Experimental Demonstration of a Long reach 40-Gb/s Wavelength Stacked PON System Based on OQAM-OFDM, Meihua Bi 1,2, Lu Zhang2, Shilin Xiao2, Hao He2, Weisheng Hu2; 1 Hangzhou Dianzi Univ., China; 2Shanghai Jiao Tong Univ., Shanghai, State Key Laboratory of Advanced Optical Communication Systems and Networks, China. We experimentally demonstrate a long reach 40-Gb/s wavelength stacked PON system with OQAM-OFDM signals. Results show that comparing to OFDM-based system, our system can achieve higher sidelobe suppression ratio and improvements of performance and capacity. AS3B.4 • 15:00 Performance Measurements of Silicon Photonic Optical Add-Drop Multiplexers Using Angled Fiber Couplers, Abdoulkader Ali Houfaneh1, Junjia Wang2, Christine Tremblay1, Lawrence R. Chen2; 1Electrical Engineering Dept., École de Technologie Supérieure, Canada; 2Elect. and Comp. Eng. Dept., McGill Univ., Canada. We demonstrate a multi-channel optical add/drop multiplexer based on sampled Bragg gratings in a Mach-Zehnder interferometer in silicon photonics. A BER of less than 1x10-16 for a dropped channel is obtained over a 38 hour period, verifying long term stability and performance. Conference Room N208 AS3C.2 • 15:00 Light-sound Interactions in Tellurite Microstructured Fiber, Suchara Sriratanavaree1, David M. Leung1, Azizur Rahman1, Yasutake Ohishi2; 1City Univ. London, UK; 2Toyota Technological Inst., Japan. Interactions of acoustic modes with optical modes are presented by using full-vectorial finite element based approaches for a Tellurite microstructured fiber. Results on the SBS frequency shift and the overlap between acoustic and optical modes are also shown. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 32 2015ACP Program.indd 32 11/5/15 3:02 PM ACP 2015 —Saturday, 21 November Conference Room N212 Conference Room N209 Conference Room N210 AS3F.2 • 14:30 Timing Jitter effect induced by PMD and Fiber Nonlinearity on Nyquist-WDM System, Raman Jee2, Somnath Chandra1; 1Dept. of Electronics & Information Technology, Govt. of India, New Delhi, India; 2Dept. of Electronics & Information Technology,Govt. of India, India. In this paper, we have investigated the performance of a NyquistWDM based transmission systems in the presence of timing misalignment jitter induced by PMD fiber non-linearity interaction. AS3H.2 • 14:30 Experimental Demonstration of Time- and Mode-Division Multiplexed Passive Optical Network, Juhao Li1, Ruizhi Tang1, Fang Ren1, Tao Hu1, Zhongying Wu1, Paikun Zhu1, Bangjiang Lin2, Qi Mo3, Zhengbin Li1, Zhangyuan Chen1, Yongqi He1; 1Peking Univ., China; 2Quanzhou Inst. of Equipment Manufacturing, Haixi Institutes, Chinese Academy of Sciences, China; 3Wuhan Research Inst. of Posts and Telecommunications, China. We propose time- and mode-division multiplexed passive optical network (TMDM-PON), in which ONUs operate with both different time slots and switched modes. We experimentally demonstrate 10 km 2-mode TMDM-PON transmission without multi-input-multi-output (MIMO) processing. AS3I.2 • 14:30 Three-dimensional pulsed laser imaging based on retina-like structure, Jie Cao1,2, Yang Cheng1, Yuxin Peng2, Peng Wang1, Jiaxing Mu1, Hanglin Cheng1, Haoyong Yu2; 1Beijing Inst. of Technology, China; 2National Univ. of Singapore, Singapore. We propose a three-dimensional imaging system based on retina-like structure. The system has advantages of space-variant resolution, rotation and scaling invariance. Those properties are more suitable where requires high speed and large volume data processing. AS3J.2 • 14:30 Invited Recent Progress and Challenges in Developing Practical All-optical Wavelength Converter, Takashi Inoue1, Hung Nguyen Tan1, Ken Tanizawa1, Stephane Petit2, Kazuya Ota2, Shigehiro Takasaka3, Takeshi Yagi3, Shu Namiki1; 1Natl Inst of Adv Industrial Sci & Tech, Japan; 2Trimatiz, Ltd., Japan; 3 Furukawa Electric Co., Ltd., Japan. We present design issues of all-optical wavelength converter for practical use and show recent demonstrations using a developed prototype. We also discuss challenges to improve the feasibility of wavelength converter toward deployment in the field. AS3F.3 • 14:45 Investigation on Pulse-width and Roll-off Factor of Sampling Pulses in Coherent Matched Sampling of a Nyquist Optical Time-division Multiplexed Signal, Lei Yue1, Deming Kong1, Yan Li 1, Jizhao Zang 1, Jian Wu 1; 1State Key Laboratory of Information Photonics & Optical Communications, Beijing Univ. of Posts and Telecommunications, China. Coherent detection of N-OTDM signal utilizing Nyquist-shaped pulses is investigated. Optimum sampling pulse-width is found to be independent with receiver bandwidth smaller than baserate. And smaller roll-off factors have slightly advantage over large roll-off factors. AS3H.3 • 14:45 A symmetric 100Gb/s TWDM-PON with RSOAbased 12.5Gb/s colorless ONU and duplex optical equalization, Zhensen Gao1, Qingjiang Chang1, Simiao Xiao1, Chenhui YE1, Xiao Sun1, Xiaoan Huang1, Xiaofeng Hu1, Kaibin Zhang1; 1Bell Labs China, Alcatel-lucent Shanghai Bell, China. We propose and validate a bandwidth-limited RSOA based 100Gb/s symmetric TWDM-PON system with centralized wavelength generation technique and a single delay interferometer for simultaneous optical equalization of 8 pairs of duplex 12.5Gb/s NRZ signals. AS3I.3 • 14:45 Utilization of coated glass substrates to enhance the signal of multiphoton imaging, Sheng-Lin Lee1, Han-Wen Guo1, Yang-Fan Chen1, Chen-Yuan Dong1; 1National Taiwan Univ., Taiwan. To improve the luminescent signal in nonlinear optical imaging of biological specimens, specific coated standard microscope cover glasses were utilized to test a variety of specimens. Results demonstrated image quality can be exactly improved. AS3H.4 • 15:00 Experimental Demonstration of Cost-Effective Symmetric 100-Gb/s TWDM-PON Using 4x25Gb/s Duobinary Channels Based on 10G-Class Optics, Zhicheng Ye 1, Shengping Li 1, Ning Cheng2, Xiang Liu2; 1Huawei Technologies Co., LTD, China; 2Futurewei Technologies Co., Ltd., USA. We experimentally demonstrate a costeffective symmetric 100-Gb/s TWDM-PON based on optical duobinary for downstream and 3-level electrical duobinary modulation for upstream using 10G-class optics at both OLT and ONU, achieving >33 dB link loss budget. AS3I.4 • 15:00 Intravital Quantitative Phase Microscopy for Studying Blood Flow in Live Mouse Mesentery, Kyoohyun Kim1, Kibaek Choe2, Pilhan Kim2, YongKeun Park1; 1Department of Physics, KAIST, Korea (the Republic of); 2Graduate School of Nanoscience and Technology, KAIST, Korea (the Republic of). We present a method for in vivo quantitative phase images of red blood cells (RBCs) flowing through microcapillaries of mouse mesentery, which can quantitatively and non-invasively measure biochemical and morphological parameters of intact RBCs. AS3G.2 • 15:00 Invited What Role for Photonics in Xhaul Networks of 5G systems?, Piero Castoldi1, Luca Valcarenghi1, Filippo Cugini2, Fabio Cavaliere3, Paola Iovanna3; 1 Scuola Superiore Sant Anna di Pisa, Italy; 2CNIT, Italy; 3Ericsson, Italy. This paper reviews key challenges in designing a transport network for 5G systems. Then it outlines how optics can contribute in solving some of them and which features the optical transport network shall be provided with. Saturday, 21 November Conference Room N203 AS3F.4 • 15:00 Invited Long-Haul Optical Transmission Using In-Line Phase-Sensitive Amplifiers, Samuel L. Olsson1, Magnus Karlsson1, Peter A. Andrekson1; 1Dept. of Microtechnology and Nanoscience, Chalmers Univ. of Technology, Sweden. We review recent advances in periodically amplified transmission using in-line phase-sensitive amplifiers (PSAs). Recent results are discussed showing the benefits of two-mode PSAs in periodically amplified transmission links provided by low-noise amplification and nonlinearity mitigation. Conference Room N206 AS3J.3 • 15:00 A Novel Wavelength Converter for PAM Signal based on XGM in cascaded SOAs, Ryosuke Matsumoto1, Yuki Yoshida1, Christos Stamatiadis2, Akihiro Maruta1, Ken-ichi Kitayama1; 1Osaka Univ., Japan; 2Technical Univ. of Berlin, Germany. We propose a novel all-optical wavelength converter using cascaded SOAs for the PAM format. Wavelength conversion of 50-Gbit/s PAM-4 signal is demonstrated by numerical simulation for the first time. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 33 2015ACP Program.indd 33 11/5/15 3:02 PM Saturday, 21 November ACP 2015 —Saturday, 21 November Conference Room N202 Conference Room N204/205 Conference Room N208 AS3A.4 • 15:15 Free-standing Silicon Membrane Microstructures for Transferable Masks, Yunxiao Li1, Yujie Chen1, Yanfeng Zhang1, Zengkai Shao1, Lin Liu1, Chunchuan Yang1, Hui Chen1, Siyuan Yu1; 1Sun Yatsen Univ., China. We produce silicon membrane (220 nm in thickness) with microstructures as hard masks and have transferred them on to a diamond plate, which is useful for further applications for pattern etching or hybrid photonic integration. AS3B.5 • 15:15 BER Calculation in Photonic Systems Containing Stripe or Photonic Crystal Silicon Waveguides, Jie You1, Spyros Lavdas1, Nicolae Panoiu1; 1Univ. College London, UK. We introduce a theoretical method to calculate bit error rates in photonic systems containing silicon waveguides and analyze two particular cases: a single-mode optical waveguide with uniform cross section and a slowlight photonic crystal waveguide. AS3C.3 • 15:15 Experimental demonstration of simultaneous high-spatial-resolution and sweep-free Brillouin optical time-domain analysis using phonon preexcitation, Xin-Hong Jia1, Cong Xu1,2, Han-Qing Chang1; 1Sichuan Normal Univ., China; 2Beijing Univ. of Posts and Telecommunications, State Key Laboratory of Information Photonics and Optical Communication, China. Simultaneous high spatial resolution and sweep-free Brillouin optical time-domain analysis sensor using phonon preexcitation is proposed and demonstrated. The spatial resolution can be enhanced considerably using this method (better than ~60cm). Conference Room N207 Conference Room N211 AS3E.5 • 15:15 A Method of Adaptive Equalization and Polarization Division De-multiplexing Aided by Control Signal for Burst-mode Coherent Receivers, Junlei Yu1, Liqian Wang1, Ping Liao2, Zheng Yan1, Xiaoxu Cui1, Xue Chen1, Yongning Ji2, Dongdong Shang2, Qi Zhang2, Yingfeng Liu2; 1Beijing Univ. of Posts & Telecom, China; 2 ZTE Corporation, China. We propose a method of adaptive equalization and polarization division de-multiplexing for burst-mode coherent receivers aided by control signal. The 128Gbps PDM-QPSK experiment shows that the proposed method could reduce 50% convergence time compared with traditional method. 15:30–16:00 Coffee Break around Exhibition Area, Rooom N201, HKCEC NOTES ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 34 2015ACP Program.indd 34 11/5/15 3:02 PM ACP 2015 —Saturday, 21 November Conference Room N212 Conference Room N206 Conference Room N203 Conference Room N209 AS3J.4 • 15:15 Phase Erasure and Wavelength Conversion Using Silicon Nonlinear Waveguide With Reverse Biased PIN Junctions, Guanyu Chen1, Yu Yu1, Chunlei Sun1, Beibei Wu1, Xinliang Zhang1; 1 Wuhan National Laboratory for Optoelectronics & School of Optical and Electronic Information, Huazhong Univ. of Science and Technology, China. We demonstrate the optical phase erasure and wavelength conversion of 10 Gb/s phase shift keying signal based on the non-transparency four-wave-mixing (FWM) simultaneously using the integrated silicon waveguide with reverse biased PIN junction. 15:30–16:00 Coffee Break around Exhibition Area, Rooom N201, HKCEC Saturday, 21 November AS3H.5 • 15:15 Reach Extension of High-Capacity LR-PONs in Chain Configuration of Distributed Amplifier Structure, Elias Giacoumidis1, Jinlong Wei2, Giuseppe Talli3, Nick Doran 4, David Payne 4; 1 CUDOS, Univ. of Sydney, Australia; 2Optical Networking SE, ADVA, Germany; 3Tyndall National Inst., Univ. College Cork, Ireland; 4Aston Inst. of Photonic Technologies, Aston Univ., UK. We show 100-Gb/s single-channel transmission in LR-PONs with at least 512 way split and up to 160 km total distance is feasible by means of “chained” cable with amplifier solutions, and appropriate FIR filter designs. Conference Room N210 NOTES ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 35 2015ACP Program.indd 35 11/5/15 3:02 PM ACP 2015 —Saturday, 21 November Conference Room N202 Conference Room N204/205 Saturday, 21 November 16:00–18:00 AS4A • Optical Routers and Switching Presider: Daoxin Dai; Zhejiang Univ., China 16:00–18:00 AS4B • Photonic Integrated Circuits I Presider: Hon Tsang,The Chinese University of Hong Kong, Hong Kong AS4A.1 • 16:00 Invited Silicon Photonic MEMS Switch: A New Path to High Port Count Switches, Ming C. Wu1; 1 EECS Dept., Univ. of California Berkeley, USA. Large-scale integrated photonic switches (64x64) have been realized by combining silicon photonics with efficient MEMS switching mechanisms. These switches are based on passive crossbar architecture, which is fundamentally more scalable than other switches. AS4A.2 • 16:30 Fast and accurate calibration method for large-port-count Si-wire PILOSS optical switch, Satoshi Suda1, Ken Tanizawa1, Keijiro Suzuki1, Hiroyuki Matsuura1, Kazuhiro Ikeda1, Shu Namiki1, Hitoshi Kawashima1; 1AIST, Japan. We propose a calibration method for N×N Si-wire path-independent-insertion-loss (PILOSS) optical switches with thermo-optic Mach-Zehnder-interferometer (MZI) element switches. Calibration for a 32x32 switch is numerically demonstrated with an error less than 1% within an hour. AS4B.1 • 16:00 Tutorial Silicon Photonic Integrated Circuits, Po Dong1; 1Bell Labs, Alcatel-Lucent, USA. In this talk, we review the technical merits of silicon photonic devices and integrated circuits, which have benefited from high-index-contrast silicon waveguides, a high integration level of various optical functions on the same chips, and mature complementary metal-oxide semiconductor (CMOS) fabrication techniques. These technical merits assure silicon photonics as a disruptive optical technology that will achieve low-cost and compact optical modules for data communications, with applications such as chip-scale optical interconnects, short-reach communications in datacenters and supercomputers, and metro/ long-haul optical transmissions. In particular, we review silicon photonic circuits for wavelengthdivision multiplexing (WDM) transmitters, WDM receivers, coherent optical transmitters and coherent receivers, photonic networks-on-chip, and silicon photonic light sources. Conference Room N208 16:00–18:00 AS4C • Nonlinear Fiber Optics II Presider: Sigang Yang, Tsinghua University, China Conference Room N207 16:00–17:15 AS4D • Short Reach Systems Presider: Xiang Zhou, Google, Inc., USA AS4C.1 • 16:00 Invited Topographic Optical Fibers: A New Degree of Freedom in Nonlinear Optics, Arnaud Mussot1; 1Univ. Lille 1 Laboratoire PhLAM, France. We investigate theoretically and experimentally basic nonlinear effects such as soliton propagation or modulation instability in what we called topographic optical fibers. We show that in these fibers which parameters are longitudinally modulated over a scale of a few meters, new dynamics are observed. As a consequence it adds a new degree of freedom in nonlinear optics and allows to experimentally explore original phenomena. AS4D.1 • 16:00 Invited Stokes Space in Direct-Detection Data Transmission Systems, Jose Estaran1, Xiaofeng Lu1, Darko Zibar1, Idelfonso Tafur Monroy1; 1Photonics Engineering, Technical Univ. of Denmark, Denmark. Stokes-based processing permits complete and phase-insensitive characterization of the field’s SOP, readily unlocking polarization diversity in transmission systems where DD is desired. We present an overview on Stokes notions and most recent achievements in this context. AS4C.2 • 16:30 Invited Periodic All-Fibre Devices for Optical Frequency Conversion and Generation, Morten Ibsen1, Jindan Shi2, Shaif-ul Alam1, Eeleong Lim1, Costantino Costantino1, Peter Kazansky1, David J. Richardson1; 1ORC, Univ. of Southampton, UK; 2SPI Lasers UK Ltd., UK. In this talk we will review some of the latest advances in the use of fibre Bragg gratings and periodically poled fibre devices to access and generate high efficiency light sources in new wavelength bands. AS4D.2 • 16:30 30 Gb/s 2×2 MDM-DD-OFDM Transmission over 200m Conventional MMF Link without MIMO Compensation, Jiawei Luo1, Jianping Li1, Qi Sui1, Zhaohui . Li1; 1Jinan Univ., China. Mode-division-multiplexing of 30 Gb/s 2×2 direct detection OFDM transmission over conventional multimode fiber link is demonstrated. The error-free transmission of unidirectional over 200m OM3 MMF link under FEC-limit is achieved without using MIMO DSP compensation. Conference Room N211 16:00–18:00 AS4E • Spatial Division Multiplexing I Presider: Ezra Ip, NEC Labs America, USA AS4E.1 • 16:00 Tutorial Space-Division Multiplexing - The Next WDM?, Peter J. Winzer1; 1Bell Labs, Alcatel-Lucent, USA. With the demand for network capacity approaching fundamental fiber capacity limits, scaling systems in the wavelength domain is insufficient. The use of parallel spatial paths with high levels of integration is an inevitable next step. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 36 2015ACP Program.indd 36 11/5/15 3:02 PM ACP 2015 —Saturday, 21 November Conference Room N206 Conference Room N203 16:00–18:00 AS4F • Digital Signal Processing Presider: Alan Pak Tao Lau, The Hong Kong Polytechnic Univ., Hong Kong 16:00–18:00 AS4G • Network Design, Modelling and Control Presider: Gangxiang Shen; Soochow Univ., China AS4F.1 • 16:00 An Efficient Equalization Method with Improved Modal Dispersion Tolerance for COSCFDE FMF Transmission, Yu Tian1, Juhao Li1, Yingchao Xin1, Paikun Zhu1, Yuanxiang Chen1, Zhongying Wu1, Fang Ren1, Yongqi He1, Zhengbin Li1, Zhangyuan Chen1; 1Peking Univ., China. Modal dispersion is one of the key impairments for fewmode fiber transmission. We propose a modified equalization method for CO-SCFDE system, which has better tolerance to modal dispersion and slightly increased computational complexity. AS4G.1 • 16:00 Invited Frontiers of Optical Networks, Vincent W. Chan1; 1Research Lab of Elec., Massachusetts Inst. of Technology, USA. Future optical networks will integrate multi-layer functions in a fast adapting infrastructure. When data and control dynamics speed-up by 103-4, the entire architecture, from physical to application layers, must be redesigned to be scalable. AS4H.1 • 16:00 Invited Software Defined Elastic Optical Networking with Spectrum Engineering for BBU Cloud Interconnection, Jie Zhang1, Jiawei Zhang 1, Xiaosong Yu1; 1Beijing Univ of Posts & Telecom, China. We focus on BBU cloud interconnection issue in C-RAN, introduce a software-defined elastic optical networking architecture with Spectrum Engineering to provide flexible and virtualized optical paths, and present a SD-EON testbed to verify the performance. AS4I.1 • 16:00 Invited Hybrid graphene-microfiber devices and their application for sensing, Fei Xu1; 1National Laboratory of Solid State Microstructures and College of Engineering and Applied Sciences, Nanjing Univ., China. Graphene is an excellent material for microfiber functionalization. Its extraordinary properties allow the prompt use of graphenemicrofiber-hybrid devices for numerous optical applications ranging from polarization controlling, all-optical signal processing to physical, chemical and biological sensing. AS4G.2 • 16:30 Invited Dynamic Routing over Unified Topology for Coordinated IP+Optical Networks, Huiying Xu1; 1Huawei Technologies Co Ltd, China. A unified topology routing algorithm for coordinated IP+Optical networking is presented taking physical constraints into consideration. Test results indicate a 19% reduction in blocking rate and 16% reduction in utilization rate over the conventional layer-by-layer VNT routing approach. AS4H.2 • 16:30 Optimal Resource Allocation in DistanceAdaptive Few-Modes Backbone Networks with Flexible Grid, Cristina Rottondi1, Pierpaolo Boffi1, Paolo Martelli1, Massimo Tornatore1, Achille Pattavina1; 1Politecnico di Milano, Italy. For the optimization of RSA in few-mode flexi-grid networks, we derive distance-adaptive reaches for few-mode transmission and optimally solve the RSA problem to explore the tradeoff between spectrum and transceivers, varying modulation formats and baud-rate assignment. AS4I.2 • 16:30 An All Quartz Fiber-Optic Acceleration Sensor Based on Incident-Angle Sensitive Detection Mechanism, Jie Hu1, Hui Huang1, Tingting Zhan1, Ji Zhang1, Dongsheng Li1, Yan Yu1, Bo Qu1; 1Dalian Univ. of Technology, China. This paper presents an all quartz fiber-optic acceleration sensor of which the temperature coefficient was 0.008dB/K. Based on incident-angle sensitive detection mechanism, a sensitivity of 83.4dB/g was achieved with a detection limit of 100μg. 16:00–18:00 AS4H • SDN and EON I Presider: Lena Wosinska, Kungliga Tekniska Hogskolan, Sweden Conference Room N209 16:00–18:00 AS4I • Sensors and Biosensing I Presider: Aaron Ho, The Chinese Univ. of Hong Kong, Hong Kong AS4F.2 • 16:15 Blind and Simultaneous Polarization and Phase Recovery for Time Domain Hybrid QAM Signals Based on Extended Kalman Filtering, Wen Jiang1, Qun Zhang1, Guoliang Cao1, Kangping Zhong2, Yong Yao1, Yanfu Yang1; 1Electronic and Information Engineering, Shenzhen Graduate School, Harbin Inst. of Technology, China; 2Electronic and Information Engineering, The Hong Kong Polytechnic Univ., Hong Kong. An EKFbased polarization and phase tracking scheme for time domain hybrid QAM signals is proposed. The influences of power ratio, format ratio, phase noise, polarization rotation, and residual frequency offset are analyzed by numerical simulation. AS4F.3 • 16:30 Blind Equalization Algorithm for Reducing Computational Complexity in Coherent Optical OFDM System, Bintao Hu1, Shilin Xiao1, Meihua Bi2,1, Zhao Zhou1, Ling Liu1, Lu Zhang1; 1Shanghai Jiao Tong Univ., China; 2College of Communication Engineer, Hangzhou Dianzi Univ., China. A new modified constant modulus algorithm (MCMA) for CO-OFDM system has been proposed in this paper. Experiments demonstrate that the computational complexity reduction can be achieved without penalty in the dispersion compensation performance. Conference Room N210 16:00–17:45 AS4J • Microresonators and Applications Presider: Sai Tak Chu; City Univ. of Hong Kong, Hong Kong AS4J.1 • 16:00 Tutorial Optical Signal Processing and Ultrabroadband Microwave Photonics using Microresonators, Andrew M. Weiner1, Minghao Qi1; 1School of Elect & Comp Eng, Purdue Univ., USA. Selected applications of optical microresonators are reviewed, with an emphasis on examples from Purdue Univ., including radio-frequency and optical arbitrary waveform generation, optical nonreciprocity, and generation of optical frequency combs. Saturday, 21 November Conference Room N212 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 37 2015ACP Program.indd 37 11/5/15 3:02 PM ACP 2015 —Saturday, 21 November Conference Room N202 Conference Room N204/205 Conference Room N208 Conference Room N207 Conference Room N211 AS4D.3 • 16:45 8-dimensional Lattice Optimized Formats in 25-GBaud/s VCSEL based IM/DD Optical Interconnections, Xiaofeng Lu1, Idelfonso Tafur Monroy1,2; 1Department of Photonics Engineering, Technical Univ. of Denmark, Denmark; 2ITMO Univ., Russian Federation. Temporally combined 4- and 8-dimensional lattice grids optimized modulation formats for VCSEL based IM/DD short-reach optical inter-connections has been proposed and investigated numerically together with its conventional counterpart PAM-4. Saturday, 21 November AS4A.3 • 16:45 Invited 16×16 Non-Blocking Silicon Thermo-Optic Switch with a Benes Architecture, Linjie Zhou1; 1 EE Department, Shanghai Jiao Tong Univ., China. We demonstrate a 16×16 silicon optical switch consisting of 56 thermo-optic MZI switches in a Benes architecture. The chip size is 7×3.6 mm2. The on-chip insertion loss is <5 dB and the crosstalk is <-20 dB. AS4B.2 • 17:00 Invited Heterogeneous Lithium-Niobate-on-Si Photonics, Sasan Fathpour1; 1Univ. of Central Florida, CREOL, USA. Submicron thin film of lithium niobate are heterogeneously integrated on silicon substrates and rib-loaded with suitable indexmatching materials for compact waveguide formation. High-Q microring modulators and low-voltage and high-modulation-depth MachZehnder modulators are demonstrated. AS4A.4 • 17:15 Invited Silicon Optical Routers for Photonic Networkson-chip, Lin Yang1, Yuhao Xia1, Yunchou Zhao1, Qiaoshan Chen1, Fanfan Zhang1; 1Inst. of Semiconductors of CAS, China. We propose a universal method for constructing an N-port non-blocking optical router, which has minimum optical switches and therefore is more compact and more power-efficient. We demonstrate the 4- and 5-port optical routers constructed by this method. AS4C.3 • 17:00 Highly coherent supercontinuum generation with picosecond pulses by using pulse compression in a stepwise decreasing dispersion fiber, Ke Liu1, Qian Li1; 1Peking Univ. Shenzhen Graduate School, China. We demonstrated highly coherent supercontinuum generation from a picosecond pulse. Effective pulse compression occurs in a stepwise decreasing dispersion fiber, and the compressed pulse can be used for a highly coherent supercontinuum generation. AS4D.4 • 17:00 120 Gb/s PAM-8 and 80 Gb/s PAM-4 Optical Interconnect with a Sub-Volt Driven EAM, Paraskevas Bakopoulos1, Stefanos Dris1, Nikolaos Argyris 1, Konstantinos Tokas 1, Hercules Avramopoulos 1; 1National Technical Univ. of Athens, Greece. A record 40 Gbaud PAM-8 optical interconnect link is demonstrated using a bandwidth-limited Electro-Absorption Modulator, driven with sub-volt electrical swing. Employing digital equalization, transmission of PAM-4 and PAM-8 over 2000 m of SMF is achieved. AS4C.4 • 17:15 Simultaneous compression and coherent combination of multiple optical pulses in the same pulse train using nonlinear optical fibers, Wei Lu1, Qian Li1, Ping Kong A. Wai2; 1Peking Univ. Shenzhen Graduate School, China; 2The Hong Kong Polytechnic Univ., Hong Kong. We demonstrate simultaneous compression and coherent combination of multiple optical pulses in nonlinear optical fibers with exponentially decreasing dispersion. Five chirped hyperbolic secant pulses coalesce into a single pulse with nearly hyperbolic secant pulse shape. AS4E.2 • 17:00 Capacity Enhancement of Space-Division Multiplexed Systems by using Statistical Channel State Information, Amhoud El Mehdi1, Yves Jaouen1, Ghaya Rekaya Ben-Othman1; 1Telecom Paristech, France. We investigate the benefits of channel state information (CSI) against modedependent-loss in optically space division multiplexed communication systems through capacity analyses, and propose a statistical CSI more realistic for real implementation to increase the capacity. AS4E.3 • 17:15 Figure of Merit (FOM) for Multicore Fiber-based Long-haul Transmission Assessment, Li Borui1, Songnian Fu1, Lin Gan1, Ming Tang1, Zhilin Xu1,2, Perry Ping Shum2, Deming Liu1; 1School of ptical and electronic information, Next Generation Internet Access National Engineering Lab (NGIA), Huazhong Univ. of Sci. & Tech (HUST), China; 2 School of EEE, Nanyang Technological Univ., Singapore. We propose a propagation model for multicore fiber, taking random characteristics of crosstalk into account. Then the figure of merit in term of maximum span budget is put forward to assess corresponding transmission performance. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 38 2015ACP Program.indd 38 11/5/15 3:02 PM ACP 2015 —Saturday, 21 November Conference Room N212 Conference Room N206 Conference Room N209 AS4H.3 • 16:45 A Column Generation-Based Optimization of Anycast and Multicast Traffic in Distance-Adaptive Flexgrid Networks, Miroslaw Klinkowski2, Krzysztof Walkowiak1; 1Wroclaw Univ. of Technology, Poland; 2National Inst. of Telecommunications, Poland. The paper presents a column generationbased method for optimization of routing and spectrum allocation (RSA) in distance-adaptive flexgrid elastic optical networks (EONs) with anycast and multicast demands. Numerical experiments show the effectiveness of the method. AS4I.3 • 16:45 Multiplexed Quasi-static Strain Sensor with High Sensing Rate and Nano-strain Resolution, Jiageng Chen1, Qing W. Liu1, Xin Y. Fan1, Zu Y. He1; 1State Key Laboratory of Advanced Optical Communication Systems and Networks, Shanghai Jiaotong Univ., China. This paper presents a multiplexed π-phase shifted FBG based quasistatic strain sensing system. A result of 3 channel sensing with strain resolution better than 0.8 nε /√Hz from 0.1 Hz to 50 Hz and sensing rate of 100 times per second is achieved. AS4F.5 • 17:00 A Novel Timing Offset Estimation Method for Coherent Optical OFDM Systems, Xinwei Du1, Jing Zhang1,2, Zhuoran xu1, Changyuan Yu1,3; 1 National Univ. of Singapore, Singapore; 2Univ. of Electronic Science and Technology of China, China; 3National Univ. of Singapore (Suzhou) Research Inst., China. We propose a novel timing offset estimation method for CO-OFDM systems, which has smaller MSE and better tolerance to laser phase noise and chromatic dispersion. AS4G.3 • 17:00 Modeling Next Generation Transparent Optical Network, Dawei Wang1, Hamid Mehrvar2, yi qian1, Hongyan Fu1, Dongyu Geng1, Eric Bernier2; 1 Communication Technology Lab, Huawei Technologies Co., Ltd., China; 2Huawei Technology Canada Co., Ltd., Canada. We report to use a modified load metric to assess the intra-node blocking of transparent optical nodes. We compare the M/G/k/k model with both Engset model and a generic arrival process model with infinite service time. AS4H.4 • 17:00 Optical Path Splitting Methods for Elastic Optical Network Design, Tatsuya Hashimoto1, Kenichi Baba2, Shinji Shimojo1; 1Osaka Univ., Japan; 2 Kogakuin Univ., Japan. We propose optical path splitting methods for elastic optical path design and investigate the effect on optical path splitting from the point of view of maximum amount of frequency spectrum on each fiber. AS4I.4 • 17:00 Distributed Fiber Vibration Sensing Based on Phase Extraction from Phase-sensitive OTDR with Phase Noise Compensation, Yang Guangyao1, Xin y. Fan1, Qing w. Liu1, Zu y. He1; 1Shanghai Jiao Tong Univ., China. We developed a distributed fiber vibration sensing technology based on the phase extraction from phase-sensitive OTDR. By setting auxiliary weak reflection points along fiber, phase noise can be compensated to realize a long measurement range. AS4F.6 • 17:15 Simultaneous OSNR Monitoring and Modulation Format Identification Using Asynchronous Single Channel Sampling, Faisal Nadeem Khan1, yi yu2, Ming C. Tan3, Changyuan Yu2, Alan Pak Tao Lau1, Chao Lu1; 1The Hong Kong Polytechnic Univ., Hong Kong; 2Department of Electrical and Computer Engineering, National Univ. of Singapore, Singapore; 3Faculty of Computer Science and Information Technology, Univ. of Malaya, Malaysia. We propose asynchronous single channel sampling-based technique for joint OSNR monitoring and modulation format identification (MFI). Experimental results demonstrate OSNR monitoring with mean estimation error of 1.2 dB and MFI with an accuracy of 99.18%. AS4G.4 • 17:15 Optimal Content Caching based on Content Popularity for Content Delivery Networks, Xiang Li1, Gangxiang Shen1; 1School of Electronic and Information Engineering, Soochow Univ., China. We consider optimal content caching based on their popularity so as to minimize the content delivery latency. We develop an Integer Linear Programming (ILP) optimization model and a heuristic algorithm to choose cached contents at each local server. AS4H.5 • 17:15 Software Defined Clustered-Optical Access Networking for Ubiquitous Data Center Optical Interconnection, Hui Yang1, Wei Bai1, Yuanlong Tan1, Jie Zhang1, Yongli Zhao1, Jianrui Han2, Yi Lin2, Young Lee2; 1Beijing Univ of Posts & Telecom, China; 2Huawei Technologies Co., Ltd., China. We propose a software defined clustered-optical access networking architecture for data center services with cross-stratum flow schedule strategy in ubiquitous data center optical interconnection. The feasibility and efficiency are verified on OpenFlow-based testbed. AS4I.5 • 17:15 Optical Fiber Tips Integrated with High-Q Fano-Resonance Pillar-Array Photonic-Crystals for High Sensitive Remote Sensing, Daquan Yang1, Huiping Tian1, Yuefeng Ji1; 1Beijing Univ. of Posts and Telecommunications, China. A convenient and compact fiber-optic sensor based on optical fiber-tips integrated with fano-resonance pillar-array photonic crystal is demonstrated. Both ultrahigh Q-factor of 1.36×104 and high sensitivity of 226nm/RIU are achieved, and thus is promising candidate for remote sensing under harsh conditions. Conference Room N210 AS4J.2 • 17:00 Invited Semiconductor Integrated Devices for ModeLocking and Wavelength Conversion, Marc Sorel1; 1Univ. of Glasgow, UK. We will present recent research work on integrated III-V lasers and silicon micro-ring resonators for the generation of high repetition rate mode-locking and wavelength conversion by efficient four-wave mixing. Saturday, 21 November AS4F.4 • 16:45 Carrier phase estimation using digital pilottone in a faster than Nyquist WDM Transmission System, Dongwei D. Pan1, Chengcheng Li1, Yiqiao Feng1, Jin Yuan1, Xianfeng Tang1, Xiaoguang Zhang1; 1Beijing Univ of Posts & Telecom, China. We propose a carrier phase estimation method using unequaled digital pilot-tone in a faster than Nyquist-WDM transmission system, in which the digital pilot-tone is employed to estimate laser phase noise induced by the lasers located at the transmitter (Tx) and at the receiver (Rx) ends. Conference Room N203 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 39 2015ACP Program.indd 39 11/5/15 3:02 PM ACP 2015 —Saturday, 21 November Saturday, 21 November Conference Room N202 AS4A.5 • 17:45 Reconfigurable nonblocking 5-port silicon thermo-optic optical router based on MachZehnder optical switches, Yunchou Zhao1, Hao Jia1, Yuhao Xia1, Qiaoshan Chen1, Lei Zhang1, Jianfeng Ding1, Lin Yang1; 1State Key Laboratory on Integrated Optoelectronics, Inst. of Semiconductors, Chinese Academy of Sciences, China. We demonstrated a reconfigurable non-blocking five-port silicon thermo-optic optical router, which is composed of 8 Mach-Zehnder optical switches. The optical signal-to-noise ratio is characterized and wavelength division multiplexing data transmission has been performed. Conference Room N204/205 Conference Room N208 AS4B.3 • 17:30 Low Polarization-Dependent-Loss Silicon Photonic Trident Edge Coupler Fabricated by 248 nm Optical Lithography, Xin Tu1, Patrick Dumais2, Ming Li1, Dominic Goodwill2, Hongyan Fu1, Dongyu Geng1, Eric Bernier2; 1Huawei Technologies Co., Ltd., China; 2Huawei Technologies Canada Co. Ltd., Canada. Trident edge couplers were fabricated using optical lithography. TE and TM coupling loss with lensed fiber were improved by 0.2 dB and 0.3 dB compared to a single-taper coupler. PDL was improved by 0.1 dB. AS4C.5 • 17:30 Magnetic-field Measurement Using Magnetooptic Nonlinear Optical Loop Mirror, Feng Wen 1 , Bao-Jian Wu 1 , Xing-yu Zhou 1 , Yong Geng1, Kun Qiu1; 1Univ. of Electronic Science and Technology of China, Key Lab of Optical Fiber Sensing and Communications, Ministry of Education, China. Magnetic-field measurement is achieved in the magneto-optic nonlinear optical loop mirror (MO-NOLM), which the Faraday and Kerr nonlinear effects of fibers are considered. The maximum magnetic-field sensitivity is 263.93dB/T with the pump power of 24.8dBm. AS4B.4 • 17:45 Grating Coupler between Perfectly-Vertical Fiber and Si Wire Waveguide Using Tilted Membrane Structure, Liu Liu1, Chenzhao Zhang1, Chichao Jin1; 1South China Academy of Advanced Optoelectronics, South China Normal Univ., China. A grating coupler on silicon-on-insulator waveguide for perfectly-vertical fiber is proposed based on titled membrane structure. A peak coupling efficiency of 40% and 1dB bandwidth of 40nm are obtained for perfectly-vertical fiber. Back-reflections to the SOI waveguide mode and the fiber mode are 2.7% and 2.2%, respectively. AS4C.6 • 17:45 High Resolution Optical Spectrum Measurement Utilizing a Dual-stage SBS-based Filter, Ke Zhang1,2, Changjian Ke1,2, Deng Pan1,2, Deming Liu1,2; 1National Engineering Laboratory for Next Generation Internet Access System, Huazhong Univ. of Science and Technology, China; 2School of Optical and Electronic Information, Huazhong Univ. of Science and Technology, China. A dualstage SBS-based filter for high resolution optical spectrometry is proposed. By mitigating the deterioration resulted from the gain saturation and the out-of-band signal components, a spectral resolution of ~25 MHz and a sensitivity of ~-65 dBm are achieved simultaneously. Conference Room N207 Conference Room N211 AS4E.4 • 17:30 Invited Towards Higher Density Space Division Multiplexed Transmission Systems, Chigo M. Okonkwo 1; 1Eindhoven Univ. of Technology, Technische Universiteit Eindhoven, Netherlands. By exploiting compact multiplexers, advanced coding and multi-input multiple output digital signal processing schemes, high spatial channel count to achieve high capacity transmission in emerging state-of-the-art multi-mode and/or multicore few-mode fibers is demonstrated. 18:00–19:00 Welcome Reception, Room N201, HKCEC Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 40 2015ACP Program.indd 40 11/5/15 3:02 PM ACP 2015 —Saturday, 21 November Conference Room N206 Conference Room N203 Conference Room N209 Conference Room N210 AS4F.7 • 17:30 Demonstration of Optical Signal to Noise Ratio Monitoring Based on Sagnac Interferometer in Polarization Division Multiplexed Systems, Yan Li1, Yi Yu1, Zhuoran Xu1, Changyuan Yu1,2, Pooi-yuen Kam1; 1National Univ. of Singapore, Singapore; 2National Univ. of Singapore (Suzhou) Research Inst., China. In this paper, we demonstrate the OSNR monitoring method using Sagnac interferometer (SI) in polarization division multiplexed (PDM) systems. The proposed method is investigated with power mismatch, polarization dependent loss (PDL) and filtering frequency offset. AS4G.5 • 17:30 Invited A Cooperative Electronic and Optical Network: Architecture and Key Technologies, Weisheng Hu1, Tong Ye1, Lilin Yi1, Weiqiang Sun1, Hao He1; 1 Shanghai Jiao Tong Univ., China. This paper will discuss the characteristics and role of the electronic and photonic technologies for the future networks, including mega data center network, backbone and metro network, and broadband access network as well. AS4H.6 • 17:30 Sparse-Splitting Multicasting in Elastic Optical Networks, Krzysztof Walkowiak1, Andrzej Kasprzak1, Massimo Tornatore2; 1Wroclaw Univ. of Technology, Poland; 2Department of Electronics, Information, and Bioengineering, Politecnico di Milano, Italy. The impact of the sparse-splitting constraint on static multicast traffic optimization in Elastic Optical Networks is studied. Results of numerical experiments are presented to show the impact in terms of spectrum and regenerator usage. AS4I.6 • 17:30 Distributed Sensing using Bi-Directional BOTDA System, Nan GUO1,2, Liang WANG1,2, Jie WANG1,3, Chao JIN1,2, Hwa Yaw Tam1,3, A. Ping Zhang1,3, Chao Lu1,2; 1Photonics Research Centre, The Hong Kong Polytechnic Univ., Hong Kong; 2 Department of Electronic and Information Engineering, The Hong Kong Polytechnic Univ., Hong Kong; 3Department of Electrical Engineering, The Hong Kong Polytechnic Univ., Hong Kong. A novel Bi-Directional Brillouin time domain analyzer (BD-BOTDA) is proposed and experimentally demonstrated by simultaneously detecting Brillouin signals over each half of the whole fiber at two wavelengths separately, achieving over 80 km sensing range with 2m spatial resolution. AS4J.3 • 17:30 Cross-phase Modulation (XPM)-induced All Optical Switching in a Coupling-tuned Silicon Ring Resonator, Xiaomeng Sun 1, Mahmoud Jazayerifar1, Linjie Zhou2, Lars Zimmermann1, Klaus Pertermann1; 1Technische Universität Berlin, Germany; 2Shanghai Jiao Tong Univ., China. We numerically investigate an ultrafast all-optical switching device with an integrated silicon microring and a Mach-Zehnder (MZ) coupler. The device exhibits pico-second switching speed with only 0.09π of phase shift achieved by cross-phase modulation (XPM). AS4H.7 • 17:45 Demonstration of BGP Interworking in Hybrid SPTN/IP Networks, Junjie Zang1, Rentao Gu1, Han Li2, Youqiang Hu1, Lei Wang2, Yuefeng Ji1, Qin Li2, Jie Zhang1, Lin Bai1; 1Beijing Univ. of Posts and Telecomm, China; 2China Mobile Research Inst., China. This paper proposes BGP interworking and inter-communication architecture and mechanisms for hybrid SPTN/IP, and the extended Ryu based controllers realize BGP information sharing between SPTN network islands and IP networks in a multi-domain testbed. AS4I.7 • 17:45 Novel Detection of Heavy Metals in Water using Supercontinuum Broadband Laser Source, Peh Chiong Teh1, Yi Heng Ho1, Sheng Chyan Lee1, Po Kim Lo1, Koon Chun Lai1, Kim Ho Yeap1, Kok Leng Tey2; 1Universiti Tunku Abdul Rahman, Malaysia; 2Kumpulan Abex Sdn Bhd, Malaysia. We report a novel detection technique for two types of common heavy metal contaminants in water, copper sulphate and ferric chloride, by analyzing the transmittance measurement of a supercontinuum laser source onto the samples. AS4F.8 • 17:45 Amplitude Feature Based Optical Modulation Format Identification for Digital Coherent Receivers Using Subtraction Clustering Algorithms, Yukui LI1, Jie Liu1, Tianyan Zhou1, Pengyu Chen1, Kangping Zhong2; 1Sun Yat-Sen Univ., China; 2The Hong Kong Polytechnic Univ., Hong Kong. An optical modulation format identification technique is proposed based on signal amplitude features and clustering algorithms. Successful classification among five different polarizationmultiplexed modulation signals is demonstrated in simulation and experiment. Saturday, 21 November Conference Room N212 18:00–19:00 Welcome Reception, Room N201, HKCEC Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 41 2015ACP Program.indd 41 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Conference Room N202 Conference Room N204/205 Conference Room N208 Conference Room N207 Conference Room N211 08:30–18:00 Registration Open, Room N201, HKCEC 08:30–18:00 Industry Exhibition, Room N201, HKCEC Sunday, 22 November 08:30–10:00 ASu1A • Optical Materials Presider: Siyuan Yu, University of Bristol, UK and Sun Yat-sen University, China 08:30–10:00 ASu1B • Photonic Integrated Circuits II Presider: Graham Reed; Univ. of Southampton, UK ASu1A.1 • 08:30 Innovative Materials and Processing Approaches for Nanostructured Photonic Systems, Fabien Sorin4, Arthur LeBris4, Barbara Brudieu1,2, Fatah Maloum2, François Guillemot3, Jeremie Teisseire2, Thierry Gacoin1; 1LPMC-CNRS Ecole Polytechnique, France; 2CNRS/Saint-Gobain Recherche, France; 3PCRS, Saint-Gobain Recherche, France; 4Inst. of Materials, Ecole Polytechnique Fédérale de Lausanne, Switzerland. We demonstrate innovative simple and scalable fabrication approaches to realize large area nanostructured Photonic systems. We show in particular novel all-dielectric Distributed Bragg Reflectors and the template dewetting of a thin Silver layer to realize ordered metallic nanostructures. ASu1B.1 • 08:30 Invited Multi-functional Silicon Photonic Integrated Circuits with Ultra-compact Arrayed-waveguide Gratings, Daoxin Dai1; 1Center for Optical & electromagnetic resea, Zhejiang Univ., China. This paper gives a review for the recent work on silicon photonic integrated circuits based on ultra-compact arrayed-waveguide gratings (AWGs), e.g., hybrid (de)multiplexers with multi-wavelengths and multimodes or dual-polarizations, reconfigurable optical add-drop multiplexers integrating AWGs with optical switches, etc. 08:30–10:00 ASu1C • Fiber Lasers I Presider: Andy Chong; Univ. of Dayton, USA ASu1C.1 • 08:30 Invited Nonlinear Deep Tissue Imaging with Advanced Soliton Sources, Chris Xu1; 1School of Applied and Engineering Physics, Cornell Univ., USA. Deep tissue multiphoton microscopy (MPM) using solitons generated from optical fibers are reviewed. The main characteristics of the excitation source for deep tissue MPM, such as wavelength, pulse energy, and repetition rate, are discussed. 08:30–10:00 ASu1D • Plasmonics and Metamaterials Presider: Ci-Ling Pan; National Tsing Hua Univ., Taiwan ASu1D.1 • 08:30 Invited Plasmonic Metamaterials for Nanophotonics, Anatoly . Zayats1; 1Department of Physics, King’s College London, UK. Hyperbolic plasmonic metamaterials will be discussed for achieving active nanophotonic functionalities. The focus will be on the applications in tailoring ultrafast nonlinear optical properties, controlling light emission, subwavelength waveguiding, and polarisation and dispersion management. ASu1A.2 • 08:45 Optimization of optical gain in composite materials containing Rh6G dye and gold nanoparticles, Elena Vasileva1, Fei Ye1, Aleksandrs Marinins1, Sebastián Etcheverry2,3, Muhammet Toprak1, Sergei Popov1; 1Materials and Nano Physics, Royal Inst. of Technology, Sweden; 2Applied Physics, Royal Inst. of Technology, Sweden; 3Fiber Optics, Acreo Swedish ICT AB, Sweden. The existence of metal nanoparticles in a dye material can lead not only to quenching or enhancement of dye luminescence, or random lasing action, but also to the change of the fundamental material characteristic as optical gain. 08:30–09:45 ASu1E • Transceivers I Presider: Zhaohui Li, Jinan Univ., China ASu1E.1 • 08:30 Experimental 32Gbaud OFDM transmission using a 3-bit DAC, Nuno M. Andre1, Hadrien Louchet1, Volker Filsinger2, Erik Hansen2, Andre Richter 1; 1VPIphotonics, Germany; 2SHF Communication Technologies, Germany. We experimentally accomplish high baudrate OFDM transmission using a 60Gbaud-capable 3-bit DAC. We investigate the strategies necessary to achieve successful electrical and optical transmission and determine the limitations of OFDM transmission for higher resolutions. ASu1E.2 • 08:45 Polarization-Diversity All-Optical Modulation Format Conversion from QPSK to BPSK Using FWM, Naho Yoshioka1, Rina Ando1, Hiroki Kishikawa1, Nobuo Goto1; 1Tokushima Univ., Japan. The authors have previously proposed all-optical modulation format conversion system from QPSK to BPSK. Since the performance depends on the incident signal’s polarization, we propose a polarization-diversity system to realize polarization independent operation. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 42 2015ACP Program.indd 42 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Conference Room N212 Conference Room N206 Conference Room N203 Conference Room N209 Conference Room N210 08:30–18:00 Registration Open, Room N201, HKCEC 08:30–18:00 Industry Exhibition, Room N201, HKCEC 08:30–10:00 ASu1F • High Spectral Efficiency Modulation Formats Presider: Xian Zhou, University of Science and Technology Beijing, China & The Hong Kong Polytechnic University ASu1G.1 • 08:30 Invited Mode-Division Multiplexed Access Networks, Guifang Li1; 1Bldg. 53, Univ. of Central Florida, USA. Single-mode splitters lack conservation of degrees of freedom and when they are used in PONs, they introduce combining losses. The arrival of few-mode optics can eliminate the combining loss and thus improve PON size. 08:30–10:00 ASu1H • ONoC, FSO, VLC, Hybrid OPS/OCS Presider: Jie Zhang; Beijing Univ of Posts & Telecom, China ASu1H.1 • 08:30 A Nesting Ring Optical Network on Chip (ONoC) Architecture for Multi-chip Systems, Wenzhe Li1, Shanguo Huang1, Yu Zhou1, Shan Yin1, Jie Zhang1, Wanyi Gu1; 1BUPT, China. We propose a novel architecture of optical network-on-chip (ONoC) for multi-chip systems, which includes intra-chip network and chip-to-chip network. Simulation results show that the architecture have good performance on throughput and End-toEnd (ETE) delay. 08:30–10:00 ASu1I • Therapeutics and In Vivo Imaging Presider: Melissa Mather, Keele University, UK ASu1I.1 • 08:30 Invited InCVAX - A Biophotonics Approach Based Cancer Therapy, Wei R. Chen1; 1Univ Central Oklahoma, USA. A biophotonics based in situ autologous whole cell cancer vaccine (inCVAX) is developed to induce systemic tumor-specific immune responses using a combination of local laser phototherapy and immunotherapy. ASu1H.2 • 08:45 A New Optical Network-on-Chip Architecture for Chip Multiprocessor, Xiuhua Li 1, Kang Wang1, Ke Chen2, Huaxi Gu1, Liang Song3, Qinfen Hao3; 1State Key Lab of ISN, China; 2Huawei Technologies Co.Ltd., China; 3Huawei Technologies Co.Ltd., China. A screwy torus topology (STorus) is proposed to improve the performance of network that memory access oriented. STorus divides an optical network into two subnets. Comparisons between STorus and mesh are made, connecting with 4 memory controllers. 08:30–10:00 ASu1J • Radio over Fiber I Presider: Christina Lim, University of Melbourne, Australia ASu1J.1 • 08:30 A 60-GHz RoF System Providing 5-Gbps BPSK Signal Employing LMS Equalizer, Siming Liu1, Yanbin Kou1, Huiping Tian1, Si Liu1, Daquan Yang1, Yuefeng Ji1; 1Beijing Univ. of Post and Telecom, China. A 60-GHz RoF system transmitting 5-Gbps BPSK signal employing LMS equalizer is experimentally demonstrated. The results prove that the LMS equalizer with appropriate parameters can substantially improve the BER performance of the system. ASu1J.2 • 08:45 Demonstration of 4Gbit/s Duobinary Ka-Band Hybrid Photonic-Wireless Transmission, Simon Rommel1, Lilin Yi2, Mengyue Shi2, Idelfonso Tafur Monroy1, Juan Jose . Vegas Olmos1; 1Department of Photonics Engineering, Technical Univ. of Denmark, Denmark; 2State Key Laboratory of Advanced Optical Communication Systems and Networks, Shanghai Jiao Tong Univ., China. We demonstrate transmission of a 4Gbit/s duobinary signal over a Ka-band hybrid photonic-wireless link consisting of 12.5km SMF and 2m wireless distance, using RF carrier frequencies aligned with the Ka-band spectrum allocations for mobile communications. Sunday, 22 November ASu1F.1 • 08:30 Invited Improving Spectral Efficiency in Direct-Detected OFDM System, Kai-Ming Feng1, Jhih-Heng Yan2, You-Wei Chen2, Wei-Ren Peng3; 1Inst. of Communications Engineering, National Tsing Hua Univ., Taiwan; 2Inst. of Photonics Technologies, National Tsing Hua Univ., Taiwan; 3Huawei Technologies Co., Ltd., USA. The direct-detected optical OFDM spectral efficiency has been enhanced with three reviewed solutions, a multiband scheme, a receiver DSP scheme, and a PDM scheme. A self-polarization diversity PDM scheme guarantees SE enhancement with conventional receivers. 08:30–10:00 ASu1G • Access Networks II Presider: Calvin C. K. Chan; The Chinese Univ. of Hong Kong, Hong Kong Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 43 2015ACP Program.indd 43 11/5/15 3:02 PM Sunday, 22 November ACP 2015 — Sunday, 22 November Conference Room N202 Conference Room N204/205 Conference Room N208 Conference Room N207 Conference Room N211 ASu1A.3 • 09:00 Technological Solutions for Embedded Oxidebased Confinement in New Photonic III-V Device Architectures, Guilhem Almuneau 1, Stéphane Calvez1, Youness Laaroussi1, Fares Chouchane1, Gaël Lafleur1, Olivier GauthierLafaye1, Chantal Fontaine1; 1LAAS-CNRS / Université de Toulouse, France. New technological capabilities of the selective wet oxidation process of AlGaAs are presented, including an original approach based on epitaxial regrowth on partially oxidized layers. This opens the path to complex integrated 3D structuring for photonic devices, such as oxide-based high contrast grating VCSEL and non-linear optical resonators. ASu1B.2 • 09:00 Silicon Nitride-based Integrated Photonic Devices Suitable for Operating in the Visible to Infrared Wavelength Range, Zengkai Shao1, Yujie Chen1, Hui Chen1, Zeming Fan1, Lin Liu1, Chunchuan Yang1, Lidan Zhou1, Yanfeng Zhang1, Siyuan Yu1; 1Sun Yat-sen Univ., China. Silicon nitride-based integrated photonic devices, including DBRs, waveguides, microdisks, ring resonators, and photonic crystal nanocavities have also been demonstrated, suggesting that they are suitable for operating in the visible to infrared wavelength range. ASu1D.2 • 09:00 Slot Hybrid Plasmonic Ring Resonator Used for Optical Sensors and Modulators, Xu Sun1,2, Lars Thylén1,2, Lech Wosinski1,2; 1KTH, Sweden; 2 Joint Research Center of Photonics of Royal Inst. of Technology (KTH) and Zhejiang Univ., China. We theoretically and experimentally investigate performance of slot hybrid plasmonic rings, with better sensitivity regarding tested liquids than Si-based ones. This component can also be employed as high-efficiency optical modulators with active nonlinear material. ASu1E.3 • 09:00 Invited Plasmonic Modulators, Yuriy Fedoryshyn1, Claudia Hoessbacher1, Christian Haffner1, Wolfgang Heni1, Christian Hafner1, Juerg Leuthold1; 1Inst. of Electromagnetic Fields (IEF), ETH Zurich, Switzerland. Plasmonic modulators have developed into a new generation of compact low-power highspeed optoelectronic devices, becoming strong competitors to conventional approaches. In this paper we review the so-called hybrid photonicplasmonic Mach-Zehnder modulators and their all-plasmonic successors. ASu1A.4 • 09:15 Improving Performance of Organic Solar Cells with PEG-coated Gold Nanorods Doped in the Active Layer, Peiqian Tong1,2, Yanxia Cui1,2, Yuying Hao1, Qiuqiang Zhan3, Qinjun Sun1, Furong Zhu2; 1 Taiyuan Univ. of Technology, China; 2Hong Kong Baptist Univ., Hong Kong; 3South China Normal Univ., China. It is demonstrated that the performance of organic solar cells can be improved by doping PEG-coated Gold Nanorods in the active layer with 10.6% increase in the power conversion efficiency. ASu1B.3 • 09:15 Bandwidth-Flexible and Wavelength-Selective SOI Filtering Element for Flexible-Grid Applications, Nikos Iliadis1, Giannis Kanakis1, Nikolaos Argyris1, George Gotz2, Ioannis Lazarou1, Dimitrios Kalavrouziotis1, Jens Bolten2, Thorsten Wahlbrink2, Anna Lena Giesecke2, Dimitrios Apostolopoulos1, Hercules Avramopoulos1; 1National Technical Univ. of Athens, USA; 2AMO GmbH, Germany. We demonstrate a flexible filtering element based on an MZI-assisted 2nd order micro-racetrack on SOI. Dual channel data transmission experimental results revealed excellent performance in terms of wavelength selectivity and bandwidth flexibility. ASu1C.2 • 09:00 Invited Subwavelength Imaging and Cavities Using Wire Array Fibres, Alexander . Argyros1, Jessienta Anthony1, Xiaoli Tang1,2, Mohanad Jamal1,3, Hadi Al-Janabi3, Simon Fleming1, Boris Kuhlmey1,4; 1 Inst. of Photonics and Optical Science (IPOS), School of Physics, The Univ. of Sydney, Australia; 2 School of Information Science and Engineering, Fudan Univ., China; 3Inst. of Laser for Postgraduate Studies, Univ. of Baghdad, Iraq; 4Centre for Ultrahigh bandwidth Devices for Optical Systems (CUDOS), The Univ. of Sydney, Australia. We demonstrate the use of wire array metamaterial fibres for the magnification of images from below to above the diffraction limit, as well as THz field concentration in subwavelength cavities formed inside the fibres. ASu1A.5 • 09:30 Electro-optical response of P3HT nanofibers in liquid solution, Gleb Lobov1, Yichen Zhao1, Aleksandrs Marinins1, Min Yan1, Jiantong Li1, Muhammet Toprak1, Abhilash Sugunan2, Lars Thylén3,1, Lech Wosinski1, Mikael Östling1, Sergei Popov1; 1 KTH, Sweden; 2Materials and Surfaces Unit, SP Technical Research Inst. of Sweden, Sweden; 3 Hewlett-Packard Laboratories, USA. AC electric poling introduces in P3HT nanofibers anisotropic electro-optical response and birefringence. Along with birefringence, such material exhibits strong amplitude modulation which makes it more efficient alternative to liquid crystals. ASu1B.4 • 09:30 Demonstration of a Polarization Insensitive Non-Uniform Grating Coupler, Ashenafi Kiros Medhin1,2, Fuad E. Doany2, Jeong Hwan Song2,3, Nicolas Dupuis2, Benjamin G. Lee2, Frank R. Libsch2, Clint Schow2; 1Technical Univ. of Denmark, Denmark; 2IBM Thomas J. Watson Research Center, USA; 3IMEC, Belgium. We propose a non-uniform 1-D polarization independent grating coupler based on the intersection of TE and TM gratings. We measure polarization dependent loss < 0.8dB with TE and TM coupling efficiency of -7.8dB and -8.0dB, respectively. ASu1C.3 • 09:30 Bound States of Group-Velocity Locked Vector Solitons in A Passively Mode-Locked Fiber Laser, Yiyang Luo1, Qizhen Sun1, Luming Zhao2, Zhichao Wu1, Zhilin Xu1, Songnian Fu1, Deming Liu1; 1Huazhong Univ of Science and Technology, China; 2Jiangsu Key Laboratory of Advanced Laser Materials and Devices, School of Physics and Electronic Engineering, Jiangsu Normal Univ., China. We report an experimental observation of bound states of group-velocity locked vector solitons (GVLVSs) in a passively mode-locked fiber laser. Bound states of GVLVSs with various soliton separations are demonstrated for the first time. ASu1D.4 • 09:30 Plasmonic Integrated Circuit Operating with Coherent Plasmonic Signals, Hiroki Sakai 1, Shinya Okahisa1, Yutaro Nakayama1, Kotaro Nakayama1, Masashi Fukuhara1,2, Yuya Ishii1, Mitsuo Fukuda1; 1Toyohashi Univ. of Technology, Japan; 2 JSPS Research Fellow, Japan. We designed and fabricated a plasmonic integrated circuit having multiple waveguides for surface plasmon polaritons and confirmed its coherent operation. ASu1D.3 • 09:15 Surface Plasmon Polariton Frequency Modulation Using LiNbO3, Takehiro Mano1, Masashi Fukuhara1,2, Yuya Ishii1, Mitsuo Fukuda1; 1Toyohashi Univ. of Technology, Japan; 2JSPS Resarch Fellow, Japan. Frequency modulation of surface plasmon polaritons propagating at the Au/LiNbO3 interface was analyzed in detail. The intensity of the modulated signal varied according to the LiNbO3 crystal orientation, slit structure, modulator length, and modulation voltage. ASu1E.4 • 09:30 An Optimized Full-parallel Variable-length FFT Design for Software-defined Optical OFDM Receivers, Qi Wu1, Junjie Zhang1; 1Shanghai Univ., China. An optimized full-parallel variablelength up to 1024-point FFT design for softwaredefined optical OFDM transceivers is proposed. FFT stage-dependent optimized bit resolution maps are identified which can effectively release hardware resource requires and direct practical applications. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 44 2015ACP Program.indd 44 11/5/15 3:02 PM g o r ACP 2015 — Sunday, 22 November Conference Room N206 Conference Room N203 Conference Room N209 Conference Room N210 ASu1F.2 • 09:00 Eight-dimensional Modulation Format Based on Polarization Multiplexed 16-QAM Constellations, Xiqing Gao1, Zilong He1, Wentao Liu1, Xue Chen1, Bailin Shen2; 1Beijing Univ of Posts & Telecom, China; 2ZTE corporation, China. We propose an 8-dimensional modulation format based on polarization multiplexed squared 16QAM constellations. We compare 8D-16QAM, 128-SP-QAM and PM-16QAM using numerical simulations in WDM transmission scenarios at the same baud rates and net bit rates. ASu1G.2 • 09:00 Invited On the Placement of BBU Hotels in An Optical Access/Aggregation Network for 5G Transport, Francesco Musumeci1, Camilla Bellanzon1, Nicola Carapellese1, Massimo Tornatore1, Achille Pattavina1, Stéphane Gosselin2; 1Dept. of Electronics, Info., and Bioeng., Politecnico di Milano, Italy; 2 Orange Labs Networks, France. We discuss the placement of BBU-Hotels over optical access/aggregation networks for 5G backhaul, comparing OTN and Overlay fronthaul solutions. Different capacity and latency constraints lead to nonunivocal optimal choices to minimize the number of BBU-Hotels. ASu1H.3 • 09:00 Reliable Routing Based on Bidirectional Waveguide Link for 3D Optical Network-onChip, Weigang Hou1, Pengxing Guo1, Lei Guo1, Dandan Huang1, Qing Cai1; 1Northeastern Univ. (China), China. To ensure the operating reliability of optical network-on-chips, we design a novel fault-tolerant routing based on bidirectional waveguide link. Simulation results demonstrate our method performs well in terms of improving signal-to-noise ratio. ASu1I.2 • 09:00 InCVAX as a Novel In Situ Autologous Cancer Vaccine, Samuel Siu Kit Lam1, FeiFan Zhou2, Tomas Hode1, Robert Nordquist2,1, Luciano Alleruzzo1, Joseph Raker1, Wei R. Chen2; 1Immunophotonics, Inc., USA; 2Univ. of Central Oklahoma, USA. Immunophotonics is developing inCVAX, an in situ autologous cancer vaccine, which combines thermal laser with immunotherapy for the treatment of metastatic cancers. Promising results have emerged in the preclinical and early clinical studies. ASu1J.3 • 09:00 Measuring the Residual Phase Noise of Long Microwave Optical Links and Electro-Optic Modulators, Zhewei Cao1, Chun Yang1; 1Southeast Univ., China. A two-tone method for measuring the residual phase noise (RPN) of microwave optical links (MOL) and modulators is proposed. The RPN of a 6-km MOL is −130 dBc/Hz at 1-kHz and −140 dBc/Hz at 10-kHz. ASu1H.4 • 09:15 Reliable-Fair Resource Allocation Schemes for Snowy Free Space Optical (FSO) Networks, Abdallah Shawky Ghazy2,1, Hossam A. I. Selmy1,2, Hossam M. H. Shalaby2,1; 1Cairo Univ., Egypt; 2EJUST, Egypt. New resource allocation schemes are proposed to improve the performance of snowy cooperative FSO networks. Each scheme is formulated as multi-objective optimization problem. The simulation results indicate the superior performance over existing relayed ones. ASu1I.3 • 09:15 In vivo mouse tissue imaging by depth-enhanced optical coherence tomography using complex wavefront shaping, Hyeonseung Yu1, Jaehyun P. Lee2, KyeoReh Lee1, Yong Jeong2, YongKeun Park1; 1Department of Physics, Korea Advanced Inst. of Science and Technology, Korea (the Republic of); 2Department of Bio and Brain Engineering, Korea Advanced Inst. of Science and Technology, Korea (the Republic of). The penetration depth enhancement using spectral domain optical coherence tomography (SD-OCT) with wavefront shaping is demonstrated for in vivo mouse tissues. The multiple layer structures of mouse tail tissues are clearly imaged with the present method by suppressing multiple light scattering. ASu1J.4 • 09:15 Wide-band RF photonic link based on analog linearization, Xiaodong Liang 1, Yitang Dai1, Feifei Yin1, Jianqiang Li1, Yue Zhou1, Jian Dai1, Kun Xu1; 1Beijing Univ. of Posts and Telecoms, China. By modulating the extracted baseband signal with the distorted fundamental band, an analog-based linearization for RF photonic link is proposed and demonstrated. SFDR of 125.5 dB within 1-Hz bandwidth is achieved with 21.1-dB improvement. ASu1H.5 • 09:30 Visible-Light-Based Hybrid Communication and Positioning System for Radio-FrequencyProhibited Environment, Zhitong Huang1, Kaiyu Zhuang1, Runmei Zhao1, Yuefeng Ji1; 1BUPT IPOC, China. A hybrid system is designed and experimentally demonstrated which simultaneously realizes the real-time visible light positioning and circumferential visible light communication for the human groups or intelligent devices working in the radio-frequency prohibited environment. ASu1I.4 • 09:30 Optogenetic regulation of cellular functions through an intact skull using wavefront shaping, Jonghee Yoon1, Minjee Lee2, KyeoReh Lee1, Nury Kim2, Jin Man Kim3, Jongchan Park1, Hyeonseung Yu1, Chulhee Choi4, Won Do Heo2, YongKeun Park1; 1Physics, KAIST, Korea (the Republic of); 2 Biological Science, KAIST, Korea (the Republic of); 3Graduate School of Medical Science and Engineering, KAIST, Korea (the Republic of); 4 Bio and Brain Engineering, KAIST, Korea (the Republic of). We present in vitro demonstration that an illumination with a shaped wavefront formed optical focus through an intact skull, and it enabled spatiotemporal regulation of cellular activities by activating photoactivatable proteins beyond a skull layer. ASu1J.5 • 09:30 Invited Microwave Photonics Technologies Supporting High Capacity and Flexible Wireless Communications Systems, Xiaofeng Lu1, Anna Tatarczak1, Simon Rommel1, Sebastian Rodriguez1, Juan Jose . Vegas Olmos1, Idelfonso Tafur Monroy1,2; 1 Technical Univ. of Denmark, Technical Univ. of Denmark, Denmark; 2ITMO Univ., Russian Federation. Emerging 5G wireless systems require technologies for increased capacity, guarantee robustness, low latency and flexibility. We review a number of approaches to provide the above based on microwave photonics and hybrid optical fiber-wireless communication techniques. ASu1F.3 • 09:15 Improved Offset-QAM OFDM Scheme with Enhanced Dispersion Tolerance, Jian Zhao1, Lian-Kuan Chen2; 1Tyndall National Inst. , Ireland; 2 The Chinese Univ. of Hong Kong, Hong Kong. We propose a novel offset-QAM OFDM scheme to improve the dispersion tolerance to that of one subcarrier without cyclic prefix. This scheme exhibits greatly enhanced spectral efficiency compared to CP-OFDM and lower complexity than RGI-OFDM. ASu1F.4 • 09:30 Invited Spectrally Efficient Optical Communications, Luca Poti1, Gianluca Meloni1, Francesco Fresi2, Antonio Malacarne2; 1Consorzìo Nazìonale Interunìversìtarìo per le Telecomunicazioni, CNIT, Italy; 2Scuola Superiore Sant’Anna, Italy. The paper reviews most diffuse techniques used for increasing spectral efficiency in optical communication, considering different network segments. Time-frequency packing will be described, and compared to Nyquist wavelength-division multiplexing and orthogonal frequency-division multiplexing. ASu1G.3 • 09:30 Reducing Delay Penalties in Energy-Efficient TWDM PON through Reconfiguration Threshold Adaptation, Luca Valcarenghi1, Koteswararao Kondepu1, Piero . Castoldi1; 1Scuola Superiore Sant’Anna, Italy. In energy efficient TWDM-PONs the threshold at which OSUs are turned ON/OFF heavily impacts the average frame delay. The proposed adaptive threshold policy reduces the impact of reconfiguration on the average frame delay with limited penalties on energy efficiency. Sunday, 22 November Conference Room N212 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 45 2015ACP Program.indd 45 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Conference Room N202 Conference Room N204/205 Conference Room N208 Conference Room N207 ASu1A.6 • 09:45 Anti-Glare and Depolarized Nano-Porous Anodic Aluminum Oxide Film, Cheng-Hsuan Hsieh1, Yung-Hsiang Lin1, Chun-Wei Tseng1, Gong-Ru . Lin1; 1National Taiwan Univ., Taiwan. Anti-glare and depolarized features of nano-porous anodic aluminum oxide (AAO) film with controllable porosity are demonstrated with porosity dependent scattering angle of 4o accompanied with increased TM/TE polarization ratio of 0.47 obtained under TE incidence. ASu1B.5 • 09:45 Silicon Slot Waveguide with Low Transmission and Bending Loss at ~ 1 μm, Xiangdong Li1, Xue Feng1, Yidong Huang1; 1Tsinghua Univ., China. Silicon slot waveguide operating at 1064 nm is experimentally demonstrated. The transmission loss and bending loss are measured as 6.0 dB/ cm and 4.1 dB/180o. Tunable slot micro-ring with Q factor of 3400 is fabricated. ASu1C.4 • 09:45 A Versatile Mode-locked Fiber Laser with Dynamic Patterns of Soliton Pairs, Xin Zou1, Ming Li1, Jifang Qiu1, Jindan Shi1, Jian Wu1; 1BUPT, China. The dynamic patterns of soliton pairs of two-pulse, second-order harmonic mode-locking and “giant pulses” in a mode-locked fiber laser due to birefringence of the EDF were obtained by just adjusting the polarization controller inside cavity. ASu1D.5 • 09:45 Dielectric-loaded Surface Plasmon Polariton Waveguide with Bending Structure, Asahi Sumimura1, Masashi Ota1, Masashi Fukuhara1,2, Motoki Ito1, Ryo Watanabe1, Yuya Ishii1, Mitsuo Fukuda1; 1Toyohashi Univ. of Technology, USA; 2 JSPS, Japan. The optimum structure of bent SiO2-loaded surface plasmon polariton waveguides was investigated using simulations and experiments to reveal that it yielded 8.0 µm radius of curvature and 30° bending angle. Conference Room N211 NOTES ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Sunday, 22 November ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 46 2015ACP Program.indd 46 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Conference Room N212 Conference Room N206 Conference Room N203 Conference Room N209 ASu1G.4 • 09:45 Integrated Allocation of Time, Virtual Subcarrier and Modulation Format for Improving Energy Efficiency of OFDMA-PONs, Xiaoxue Gong1, Lei Guo1, Yejun Liu1; 1Northeastern Univ., China. A novel dynamic virtual subcarrier scheduling solution is designed by us, for the purpose of improving the energy efficiency in the Passive Optical Network (PON) based on Orthogonal Frequency Division Multiplexing Access (OFDMA). ASu1H.6 • 09:45 Quasi-static Time-slot Allocation in Hybrid Optical Packet/Circuit Switched Networks, Wenjiao Liao1, Weiqiang Sun1, Shilin Xiao1, zhangxiao feng1; 1Shanghai Jiao Tong Univ., China. We propose a quasi-static time-slot allocation scheme in hybrid optical packet/circuit switched networks. We study the utilization and latency performance of this scheme. Both the theoretical and simulation results verify the superiority of this scheme over conventional packet switched networks. ASu1I.5 • 09:45 New Insight of Depth-Dependent Corneal Stroma, Sheng-Lin Lee1, Po-Sheng Hu1, Vladimir A. Hovhannisyan1, Yang-Fan Chen1, Chen-Yuan Dong1; 1National Taiwan Univ., Taiwan. To understand the nature of cornel structure, Second Harmonic Generation (SHG) microscopy was utilized to reveal new insight of corneal stromal collagen fibers (lamellae). Results showed similar pattern existing in pared eyes. Conference Room N210 NOTES ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Sunday, 22 November ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 47 2015ACP Program.indd 47 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Room N201, HKCEC 10:00–11:30 ASu2A • Joint Poster Session Sunday, 22 November ASu2A.1 A Mushroom Dual-absorption Partially Depleted Absorber Photodetector, Chao Kang1, Yongqing Huang1, Feng Liu 1, Jiarui Fei1, Qingtao Chen1, Kai Liu1, Xiaofeng Duan1, Qi Wang1, Jun Wang1, Xia Zhang1, Xiaomin Ren1; 1IPOC, Beijing Univ. of Posts and Telecommunications, China. High-speed, high-saturation and low-capacitance are presented by mushroom dual-absorption partially depleted absorber photodetector. This photodetector achieved 3dB-bandwidth as wide as 37.2GHz, quantum efficiency of 52%, DC saturation current of 550mA. And, the capacitance decreased apparently. ASu2A.2 Design of Asymmetrical Silicon Waveguide Grating by Introducing the Scattering Loss, Shuang Zheng1, Jian Wang1; 1Wuhan National Laboratory for Optoelectr, China. We present a simple design of asymmetric silicon waveguide grating by introducing the scattering loss. Numerical simulations show asymmetric reflection with high contrast ratios (~10dB) at the wavelength of 1550 nm. ASu2A.3 An integrated-optical spatial heterodyne spectrometer based on TriPleXTM planar waveguide, Hongchen Yu1, Le An1, Yu Li1, Minghua Chen1, Sigang Yang1, Hongwei Chen1, Shizhong Xie1; 1Tsinghua Univ., China. A spectrometer constructed by 8-asymmetric Mach-Zehnder interferometers (AMZIs) based on double-strip Si3N4 waveguide is proposed and experimentally demonstrated with the resolution and measurement range of approximately 0.023 nm and 0.32 nm at around 1550nm, respectively. ASu2A.4 Pyramid textured all-back-contact thin-film silicon solar cell, Guo Xiaowei1; 1Univ. of Electronic Science and Tech, China. Enhancing the light absorption in thin-film silicon solar cells is important for improving efficiency and reducing cost. We introduce all-back-contact ultra-thin silicon solar cells with wet-etched pyramid textures on top of the solar cell which has an efficiency (8%) of the solar cells compared with that of the planar solar cell (4.8%). ASu2A.5 Research on Crosstalk Characteristics of Optical Switching Integrated Chips, Yuan-li Zhao1, Bao-Jian Wu1, Xing-yu Zhou1, Ming-le Liao1, Yong Geng1, Kun Qiu1; 1Univ of Electronic Sci & Tech of China, China. We put forward a new theoretical model of crosstalk in optical switching integrated chips, dependent on insertion loss and switch routing states. The theoretical model is verified by the 40Gb/s DQPSK experiment. The crosstalk range for the 16×16 Benes-type optical switching chips is calculated. ASu2A.6 Highly Coherent Supercontinuum Generation in AlGaAs-On-Insulator Waveguide at Telecommunication Wavelength, Chao Mei1,2, Jinhui Yuan1,2, Kuiru Wang1, Binbin Yan1, Feng Li2, Xinzhu Sang1, Chongxiu Yu1; 1Beijing Univ. of Posts and Telecomm, China; 2Photonics Research Centre, Department of Electronic and Information Engineering, The Hong Kong Polytechnic Univ., Hong Kong. We propose a high refractive index contrast AlGaAs-on-insulator waveguide. The simulation results show that highly coherent supercontinuum over the -50 dB bandwidth of 1350 nm can be generated when the pump wavelength is 1550 nm. ASu2A.7 Polarization insensitive 3-dB directional coupler based on sub-wavelength grating structure, Luluzi Lu1, Minming Zhang1, Deming Liu1; 1National Engineering Laboratory for NGIA, USA. We propose and theoretically demonstrate a polarization insensitive 3-dB directional coupler. The polarization extinction ratio has an imbalance less than 0.5dB over C-band. The footprints of the coupler is 7.4 μm × 2.3μm. ASu2A.8 Aluminum Nitride Electro-optic Modulator at Mid-IR Wavelengths, Shuai Liu1, Ke Xu1, Xiang Wen1, Qinghai Song1, Zhenzhou Cheng2, Hon K. Tsang2; 1Harbin Inst. of Technology, Shenzhen, China; 2The Chinese Univ. of Hong Kong, Hong Kong. Mid-IR modulators based on AlN slot waveguides are proposed and designed. A maximum effective waveguide index change of 2×10-5 is obtained with a reasonable waveguide loss of ~ 2 dB/cm at 2.5 mm wavelength is achieved. ASu2A.9 Strongly sub-Poissonian photon generation in three coupled ring-microcavities containing a quantum dot, Jihan Zhang1, Wen Zhang1, Zhongyuan Yu1, Yumin Liu1, Han Ye1; 1State Key Laboratory of Information Photonics and Optical Communications, Beijing Univ. of Posts and Telecommunications, China. Photon statistics of three coupled ring-microcavities with a quantum dot in one cavity is studied. Strongly sub-Poissonian character can be achieved by optimizing laser detuning and ratio between driving strengths of two empty cavities. ASu2A.10 Tunneling Induced Double Dark States in Triple Quantum Dots, Sicong Tian1, Cunzhu Tong1, Hao Wu1, Lijie Wang1, Shili Shu1; 1CIOMP CAS, China. The scheme for creating double dark states by tunneling in triple quantum dots is proposed. Such double dark states can be used in the area of resonance fluorescence, Kerr nonlinearity, optical bistability and cavity transmission. ASu2A.11 Optimization of High Speed and High Saturation Uni-Traveling-Carrier Photodiode, feng liu 1 , Yongqing Huang1, Chao Kang1, Qingtao Chen1, Xiaofeng Duan1, Kai Liu1, Qi Wang1, Xia Zhang1, Jun Wang1, Xiaomin Ren1; 1Beijing Univ. of Posts and Telecommunications, China. We demonstrate an optimized high speed and high saturation uni-traveling-carrier photodetector. Theory and simulation study indicate that bandwidth and saturation current of the optimized device with 420nm absorption layer are 53 GHz and 120mA respectively. ASu2A.12 Silicon Photonic Integrated Circuits under Process Variations, Mahdi Nikdast 3,1 , Gabriela Nicolescu 1 , Jelena Trajkovic 2 , Odile Liboiron-ladouceur 3; 1Computer Engineering Department, Polytechnique Montreal, Canada; 2 Electrical and Computer Engineering Department, Concordia Univ., Canada; 3Electrical and Computer Engineering Department, McGill Univ. , Canada. Developing a computationally efficient and accurate bottom-up method, the impact of process variations on passive silicon photonic interconnects is systematically studied. Comparisons with numerical methods indicate a considerable computational efficiency of our proposed method. ASu2A.13 Ultra-broadband low dispersion over midinfrared regime in germanium-on-silicon waveguide, Lijuan Xu1, Xiaochang Ni1, Bowen Liu2, Minglie Hu2; 1TUTE, China; 2Tianjin Univ., China. The designed germanium-on-silicon waveguide illustrates an ultra-broadband (~4190 nm), ultra-flat (a flatness of 0.0055) and low chromatic dispersion (±23 ps/nm/km) in mid-infrared wavelength region. ASu2A.14 A novel demultiplexing photodetector with integrated concentric circular subwavelength gratings, Xinye Fan1, Chenglin Bai1, Xia Zhang1, Qiuguo Wang1, Hengying Xu1; 1Liaocheng Univ., China. A novel demultiplexing photodetector integrated with concentric circular subwavelength gratings has been designed and simulated. The device has a peak quantum efficiency of 90% around 1550 nm and good performance in the spectral response. ASu2A.15 Feasible Coupling Design for Compact Optical Frequency Comb based on A Fused-quartz Micro-resonator, Tze-An Liu1, Hsin-Feng Chen1, Yuh-Chuan Cheng1, Yi-Chen Chuang1, Po-Er Hsu1, Jin-Long Peng1; 1Industrial Technology Research Inst., Taiwan. Optical comb spacing of 2.5 nm was generated from fused-quartz micro-resonator with Q ~ 107. An electromagnet is utilized to connect between a translation stage and the micro-resonator holder temporally for performing a portable design. ASu2A.16 Valence Band Anticrossing in InP1-xBix, Liyuan Wu1, Lihong Han1, Xiaoyun Li1, Pengfei Lu1, Shumin Wang2,3; 1Beijing Univ. of Posts and Telecom., China; 2Shanghai Inst. of Microsystem and Information Technology, China; 3Microtechnology and Nanoscience, Chalmers Univ. of Technology, Sweden. The bandgap bowing trend in InP1−xBix have been studied in the framework of the valence-band anticrossing model. The alloys exhibit a strong reduction in the band gap and an increase in the spin-orbit splitting energy with increasing Bi concentration. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 48 2015ACP Program.indd 48 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Room N201, HKCEC ASu2A.17 Ultra-wide Angle Unidirectional Plasmonic Coupler Based on Chirped Ridge Grating, Dalin Liu1, Fan Lu2, Anshi Xu1; 1Peking Univ., China; 2 Inst. of Spacecraft System Engineering, China. A novel coupling scheme for unidirectionally coupling of surface plasmons over a broad-angle range is proposed, the large AFWHM up to 60o is achieved by cascading the grating resonance angle peak and asymmetric excitation peak. ASu2A.19 Absorption Enhancement in Thin-film Organic Solar Cells through Electric and Magnetic Resonances in Optical Metamaterial, Zhang Chen1, Zhou Weizhong1, Yi Ningbo1, Sun Shang1, Xiao Shumin1, Song Qinghai2; 1Integrated Nanoscience Lab, Department of Material Science and Engineering, Harbin Inst. of Technology Shenzhen Graduate School, China; 2Integrated Nanoscience Lab, Department of Electronic and Information Engineering, Harbin Inst. of Technology Shenzhen Graduate School, China. We study the optical absorption enhancement in a thin organic layer by embedding it into magnetic metamaterials. The enhancement is obtained in a wider bandwidth and is valid for a wide range of incident angles. ASu2A.23 Ultra-compact and Broadband Tunable Midinfrared Tapered Multimode Interference Splitter Based on Graphene Plasmonic Waveguide, Ruiqi Zheng1, Dingshan Gao1,2, Jianji Dong1; 1Wuhan National Lab for Optoelectronics, China; 2State Key Laboratory on Integrated Optoelectronics, College of Electronic Science and Engineering, Jilin Univ., China. We design an ultra-compact (0.52μm×1μm) and broadband tunable (6μm to 9μm) tapered multimode interference splitter in mid-infrared based on graphene plasmonic waveguides. The device is easy to be fabricated on chip. ASu2A.21 Double-slit and square-slit interferences by orbital angular momentum beams, Hailong Zhou1, Dongzhi Fu2, Dongxu Chen2, Pei Zhang2, Jianji Dong1; 1Wuhan National Laboratory for Optoelectronics, Huazhong Univ. of Science and Technology, China; 2Xi’an Jiaotong Univ., MOE Key Laboratory for Nonequilibrium Synthesis and Modulation of Condensed Matter, Department of Applied Physics, China. We present two kinds of interferences with orbital angular momentum (OAM) beams, namely double-slit interference and square-slit interference. The fringes or optical lattices will twist, which show potential for detection of OAM and manipulation of OAM light. ASu2A.24 Polarization Insensitive Echelle Grating Demultitiplexer Based on 3-μm SOI Platform, Pingli Huang1, Mu Ge1, Tingting Lang1,2, Jian-Jun He1; 1 Zhejiang Univ., China; 2College of Optical and Electronic Technology, China Jiliang Univ., China. We present a compact, low crosstalk and polarization insensitive echelle grating demultiplexer with a 20 nm channel spacing using a 3-μm siliconon-insulator (SOI) platform. The device can be applied to the 40GBASE-LR4 Ethernet systems. ASu2A.22 SOI-based Arrayed Waveguide Grating Router with grating couplers fabricated in a single shallow etching step, Yang Chen1, Jun Zou1, Tingting Lang 2, Jian-Jun He1; 1Zhejiang Univ., China; 2 China Jiliang Univ., China. We experimentally demonstrate a 8×8 arrayed waveguide grating router (AWGR) based on silicon-on-insulator (SOI) platform. The minimum insertion loss and the crosstalk are 1.90 dB and -15 dB, respectively. ASu2A.25 Waveguide Photodetector Designed to be Butt-Coupled with 2%-Δ Silica Planar Lightwave Circuit Devices, Joong-Seon Choe1, Won-Seok Han1, Young-Ho Ko1, Duk Jun Kim1, Seo-Young Lee1, Young-Tak Han1, HyunDo Jung1, Chun Ju Youn1, Jong-Hoi Kim1, Yong-Hwan Kwon1; 1Electronics & Telecomm Res. Inst, Korea (the Republic of). Waveguide photodetector was fabricated for high responsivity and low PDL when butt-coupled with 2%-Δ planar lightwave circuit devices. Optimizing the thicknesses of tapers in spot-size converter, fabricated device showed responsivity of 0.72 A/W and PDL of 0.11dB. ASu2A.26 Broadband and polarization insensitive 3 dB coupler based on tapered three-guide structure, Yuchan Luo1, Mengyuan Ye1, Yu Yu1, Xinliang Zhang1; 1Wuhan National Laboratory for Optoelectronics & School of Optical and Electronic Information,, Huazhong Univ. of Science and Technology, China. We propose a broadband and polarization insensitive 3 dB coupler based on tapered three-guide structure on the siliconon-insulator platform. The coupler has a wide bandwidth (~100nm) for both polarizations and has a large fabrication tolerance. ASu2A.27 Vertically Stacked Silicon Nitride Coupled Microdisk Resonators, Chenxuan Yin1, Jian Jian1, Zengkai Shao1, Yanfeng Zhang1, Pengfei Xu1, Lin Liu1, Chunchuan Yang1, Hui Chen1, Yujie Chen1, Siyuan Yu1; 1Sun Yat-sen Univ., China. We investigate novel vertically-coupled SiNx microdisk resonators formed by multiple SiNx microdisk resonators stacked on top of each other separated by interleaving SiO2 layers with experimental results on optical coupling near 1550 nm. ASu2A.28 Microring Resonator Based All Optical NAND and NOT Gate with Higher Output Power, Prathmesh Pravin Dali1, Abhishek Godbole1, Sourabh Sahu1, Ghanshyam Singh1, Takasumi Tanabe2; 1 Electronics and Communication Engineering, Malaviya National Inst. of Technology Jaipur, India; 2Electronics and Electrical Engineering, Keio Univ. Japan, Japan. This paper focuses on increasing output power of all optical NAND gate and design of NOT gate using microring resonators. Obtained results 0.20W (high level) and 0.05W (low level) encourages their tandem connections in future. ASu2A.29 A novel compact polarization beam splitter based on a graphene-embedded directional coupler, Tian Zhang1, Lin Chen1; 1Wuhan National Lab for Optoelectronics, China. A polarization beam splitter, utilizing two silicon waveguides with and without graphene multilayer embedded, is demonstrated with high extinction ratios (18.2 and 21.2 dB) and low ILs (0.18 and 0.36 dB) for two outputs, respectively. ASu2A.30 Broadband and Wide-angle Cascaded Slits Antenna for Coupling Surface Plasmons with Ultra-high Extinction Ratio, Dalin Liu1, Anshi Xu1; 1Peking Univ., China. A novel scheme to realize compact unidirectional plasmonic antenna with ultra-high extinction ratio ER=43.1 dB and broadband of 200 nm covering a wide angular range from -17o to 15o with ER>10 dB is proposed. ASu2A.31 All-optical regeneration experiment based on data-pump four-wave mixing in silicon waveguide, Yong Geng1, Bao-Jian Wu1, Xiang-Jian Kong1, Feng Wen1, Heng Zhou1, Xing-yu Zhou1, Jing Zhang1, Kun Qiu1; 1Univ of Electronic Sci & Tech of China, China. Data-pump four-wavemixing (FWM) phenomenon in silicon waveguide is studied and the input-to-output power transfer function (PTF) with the slope of 1.8 is measured at different wavelength intervals. The regeneration experiment is also implemented by using 12.5Gbit/s NRZ signal and the extinction ratio (ER) can be improved by 3.9dB. ASu2A.32 Efficient Broadband Absorber Based on Plasmonic Nanoparticles, Xueyan Wu1, Yanxia Cui1, Ting Ji1, Yanshan Wang1, Zhigang Jia2, Hua Wang2, Yuying Hao1; 1Key Laboratory of Advanced Transducers and Intelligent Control System, Taiyuan Univ. of Technology, China; 2Key Laboratory of Interface Science and Engineering in Advanced Materials, Taiyuan Univ. of Technology, China. We have fabricated a high efficiency, broadband and angle-insensitive plasmonic absorber composed of a metallic nanoparticle layer and a SiO2 slab on top of a reflective Ag substrate by magnetron sputtering. Sunday, 22 November ASu2A.18 Mid-infrared Tunable Magnetic Response in Graphene-based Diabolo Nanoantennas, Yi Ningbo1, Liu Zhengxian 1, Sun Shang1, Qinghai Song2, Shumin Xiao1; 1Integrated Nanoscience Lab, Department of Material Science and Engineering, Harbin Inst. of Technology Shenzhen Graduate School, China; 2Integrated Nanoscience Lab, Department of Electronic and Information Engineering, Shenzhen Graduate School, Harbin Inst. of Technology, China. The magnetic resonance of gold-graphene hybrid diabolo antennas has been tuned from 32.3 um to 19.8 um via freecarrier injection, and magnetic field enhancement can also be as high as 12% and 1460%. ASu2A.20 Fraunhofer diffraction by an arc slit to detect hybrid orbital angular momentum modes, Hailong Zhou1, Dongzhi Fu2, Dongxu Chen2, Pei Zhang2, Jianji Dong1; 1Wuhan National Laboratory for Optoelectronics, Huazhong Univ. of Science and Technology, China; 2MOE Key Laboratory for Nonequilibrium Synthesis and Modulation of Condensed Matter, Department of Applied Physics, Xi’an Jiaotong Univ., China. When the orbital angular momentum (OAM) beam illuminates an arc slit, a focused spot is generated and has a linear displacement in the far field. This feature is beneficial to detect the hybrid OAM modes. ASu2A.33 Carrier-depletion Mach-Zehnder silicon optical modulator for BPSK and multi-level applications, Jianfeng Ding1; 1Inst. of Semiconductors, CAS, China. We demonstrate a BPSK carrierdepletion modulator. The device generates a PAM-4 optical signal which means it is possible to be used in a 16-QAM applications. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 49 2015ACP Program.indd 49 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Sunday, 22 November Room N201, HKCEC ASu2A.34 Soliton-self Compression in a Tapered Chalcogenide Horizontal Slot Waveguide with Low Peak Pulse Power, Shuai Kang1, Jinhui Yuan2,1, Kuiru Wang1, Binbin Yan1, Zhe Kang1, Xue Kang1, Feng Li2, Xinzhu Sang1, Chongxu Yu1; 1Beijing Univ. of Posts and Telecommunications, China; 2 The Hong Kong Polytechnic Univ., China. A pulse compression scheme in tapered chalcogenide horizontal slot waveguide is proposed. The compression factor of more than 100 times in a 1.4 cm-long waveguide is achieved with the peak pulse power of 7.6 W. ASu2A.38 Gain and noise characteristics of dual-pump non-degenerate phase-sensitive fiber optical parametric amplifier, Fangyong Yu 1, Lihong Han1, Jinhui Yuan1, Xi Liu1; 1State Key Laboratory of Information Photonics and Optical Communications, Beijing Univ. of Posts and Telecommunications, China. The highly nonlinear photonic crystal fibers (PCFs) are used as the gain media. The bandwidth of proposed PS-FOPA reaches ~100nm. The NF of 0.2dB and the gain of 20.59dB are achieved within the telecommunication band. ASu2A.35 Novel High-Power Zero-Bias Operational Unitraveling Carrier Photodetectors with InAlAs/ InGaAs Heterojunction, Jiarui Fei1, Yongqing Huang1, Xiaomin Ren1, Xiaofeng Duan1, Kai Liu1, Jun Wang1, Qi Wang1; 1Key State Laboratory of Information Photonics and Optical Communications, Beijing Univ. of Posts and Telecommunications, China. A novel uni-traveling carrier photodetector with InAlAs blocking layer was proposed and researched. The proposed UTCPD has a significant improvement on high-power zero-bias performance compared with UTC-PD with InP/InGaAs heterojunction. ASu2A.39 Highly sensitive twist sensor based on CO2laser-induced long period grating in few mode fibers, Yuanhua Feng1, Yang Ran1, Li-Peng Sun1, Zhaohui . Li1; 1Inst. of Photonics Technology, Jinan Univ., China. We experimentally demonstrate highly sensitive torsion sensor in few mode fiber long period grating written with CO2 laser method. Experiment shows the sensitivity is 0.5286 nm/ (rad/m) with good linearity in a large twist range. ASu2A.36 On the Intrinsic Randomness of Kerr Frequency Comb, Mingle Liao1, Yixian Dong1, Kun Qiu1; 1 Univ of Electronic Sci & Tech of China, China. The intrinsic randomness of Kerr comb is theoretically investigated in details in this paper. Low correlations among independently created combs are illustrated, and the effects of noise during different comb evolving stages are comprehensively clarified. ASu2A.37 Design of Metasurface-Assisted High-Order Bessel Beam Laser Carrying Orbital Angular Momentum (OAM), Zhou Nan1; 1Wuhan National Laboratory for Optoelectr, China. We take advantage of metasurface as reflector in laser resonator and demonstrate that the higher-order Bessel beam can be stimulated. Compared with petalpattern intensity, we can acquire donut intensity with orbital angle momentum. ASu2A.40 Dual-wavelength Q-switched erbium-doped fiber laser based on linear cavity, Yanli Ran1, Li Xia1, Jalal Rohollahnejad1, Yiyang Luo1, Deming Liu1; 1Huazhong Univ of Science & Technology, China. This paper proposed a compact linear cavity Q-switched erbium-doped fiber laser of dual-wavelength with a low pulse repetition frequency range of 1-20 kHz and a pulse train with 1.3 μs pulse width at 20 kHz. ASu2A.41 Fiber-based microcylinder resonator for controlled and stable coupling, Yongchao Dong1, Xueying Jin1, Keyi Wang1; 1Department of Precision Machinery and Precision Instrumentation, Univ. of Science and Technology of China, China. Controlled and stable coupling between a fiber taper and cylinder resonator fabricated from a normal fiber is demonstrated. The axial quantization of the modes is achieved with numerical simulation, which is in agreement with experiments. ASu2A.42 Withdrawn. ASu2A.43 A Modified Spatial and Spectral (S2) Imaging System Based On Electromagnetic Disturbance Mitigation, Fengze Tan1, Jian Zhao1, Qi Mo2, Guifang Li1,3; 1Tianjin Univ., China; 2Wuhan Research Inst. of Post and Telecommuniation, China; 3Univ. of Central Florida, USA. A modified S2 system, which can effectively mitigate the effect of electromagnetic disturbance, was proposed and demonstrated for the characterization of fewmode-fibers (FMFs). The measurement accuracy of distributed mode coupling was improved by 1.22 dB. ASu2A.44 Arbitrary Pulse Shape Control in MOPA based fiber lasers using Feedforward Gain Compensation, Wu Qiong1, Jun Shi1, Ming Tang1, Songnian Fu1, Zhenhua Feng1, Perry Ping Shum1, Deming Liu1; 1Next Generation Internet Access National Engineering Lab (NGIA), School of optical and electronic information, Huazhong Univ. of Sci&Tech, China. A high-accuracy approach of arbitrary pulse shape control in MOPA based fiber lasers using feedforward gain compensation is proposed and demonstrated with 200ns-pulseduration, 50kHz-repetition-rate pulse of targeted square, parabolic and Gaussian shape. ASu2A.45 Radiation-Resistant Characteristics of the Germanium and Fluorine Co-doped Single Mode Optical Fiber, Dajuan Lv1,2, Liangming Xiong1,2, Changwei Tang1,2, Liyan Zhang1,2, Fei Guo1,2; 1 State Key Laboratory of Optical Fiber and Cable Manufacture Technology, China; 2Yangtze Optical Fibre and Cable Joint Stock Limited Company, China. A germanium and fluorine co-doped single mode optical fiber with high transmission capacity and an improved radiation-resistant characteristic is reported. The radiation-induced loss during irradiation is lower than 3dB/km at 1.31μm wavelength. ASu2A.46 Spectral Characteristics of Bi/Er Co-doped Silica Fiber Fabricated by Atomic Layer Deposition (ALD), Wenjun Liu1, Jianxiang Wen1, Yanhua Dong1, Fufei Pang1, Yanhua Luo2, GangDing Peng2, Zhenyi Chen1, Tingyun Wang1; 1Key Laboratory of Specialty Fiber Optics and Optical Access Networks, Shanghai Univ., China; 2School of Electrical Engineering and Telecommunications, Univ. of New South Wales, Australia. A Bi/ Er co-doped fiber is fabricated by ALD. Absorption bands at 500, 700, 800, and 1000 nm are broadened due to Bi/Er co-doping. There exist broadband luminescence and on-off gain spectra with 980 nm pumping. ASu2A.47 Refractive index Fabry–Perot interferometric fiber sensor based on a microporous silver diaphragm and silica tube, Mingran Quan1, Zejin Lu1, Jiajun Tian1, Yong Yao1; 1Harbin Inst. Technology, Shenzhen Graduate School, China. A refractive index Fabry–Perot interferometric fiber sensor is proposed and experimentally demonstrated, which is fabricated by a section of fiber tube and a fan-shaped silver diaphragm. The sensitivity of proposed sensor is 1025 nm/RIU. ASu2A.48 Optical Fiber Bending Sensor Based on an Interlaced Tilted Long Period Grating, Yunqi . Liu1, Xinyu Meng1; 1Shanghai Univ., China. We demonstrate the fabrication of the interlaced tilted long period fiber grating (ITLPFG) using focused CO2 laser. The experimental results show that the ITLPFGs have the similar bending characteristics at four orthogonal bending directions. ASu2A.49 Passively Mode-Locked Fiber Lasers Based on NPR and Chiral Fiber Grating, Du Yueqing1, Xuewen Shu1, Zuowei Xu1; 1Wuhan National Laboratory for Optoelectronics & School of Optoelectronic Science and Engineering, Huazhong Univ. of Science and Technology, China. We demonstrate a novel all-fiber passively modelocked laser using a chiral fiber grating as an in-fiber polarizer. Stable mode locked pulse train with 0.34nJ output pulse energy and 3.25MHz repetition rate has been obtained. ASu2A.50 Temperature Performance of All Fiber MachZehnder Interferometer Cascaded with FBG, Lijun Li1, Guina Zhang1, Yinming Liu1, Lijun Bi1, Lu Jiang1, Yidan Li1, Jia Yao1, Chunting Gao1, Yan Zhang1, Arslan Rafiq Khan1, Qian Ma1; 1Shandong Univ. of Sci and Tech, China. A new type of inline Mach-Zehnder interferometer (MZI) based on single mode-multimode-thin core-multimode optical fiber cascaded with a FBG is proposed and experimental studied. When FBG is heated only, the sensitivity is 9.83pm/°C. The dip wavelength of MIZ can be modulated by cascaded FBG. ASu2A.51 Wavelength-Tunable Multi-wavelength Fiber Laser with an Electro-Optic Lithium-Niobate Waveguide Comb Filter, Jiangli Dong1, Kin S. Chiang1,2, Kaixin Chen2; 1City Univ. of Hong Kong, Hong Kong; 2The Key Laboratory of Optical Fiber Sensing and Communications, Education Ministry of China, Univ. of Electronic Science and Technology of China, China. A multi-wavelength fiber laser that incorporates an electro-optic lithiumniobate waveguide comb filter is demonstrated. The laser emits 12 wavelengths, which can be tuned electrically at 0.14 nm/V. Fourier-domain mode locking of the laser is also achieved. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 50 2015ACP Program.indd 50 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Room N201, HKCEC ASu2A.52 Terahertz generation using passively modelocked Yb-doped fiber laser, Moon Sik Kong1, Sang-Pil Han2, Namje Kim2, Ki Won Moon2, Kyung Hyun Park2, Min Yong Jeon1; 1Physics, Chung Nam National Univ., Korea (the Republic of); 2THz Photonics Creative Research Center, ETRI, Korea (the Republic of). We successfully demonstrate a THz generation using low-temperature grown InGaAs photoconductive antenna pumped by an Yb-doped mode-locked femtosecond fiber laser. We achieved fast Fourier transform amplitude spectrum with a bandwidth of 1.5 THz. ASu2A.53 Gain equalization of few mode amplifiers using Er3+-doped fibers designed with a refraction index trench, Zhenzhen Zhang1, Qinghua Zhao1, Ningbo Zhao1, Xiaoying Li1; 1Tianjin Univ., China. We present cladding pumped few mode EDFAs supporting up to ten mode groups. The differential modal gain can be decreased to less than 1 dB by properly designing Er3+-doped fibers. ASu2A.55 Broad-band Sensor Based on Two Line-infiltrated Photonic Liquid Crystal Fibers, Xiaoqi Liu1, Yan-ge Liu1, Zhi Wang1; 1Nankai Univ., China. A broad-band tunable sensor has been proposed by selective-filling photonic crystal fiber with liquid crystal. Experimental results show the position of the bandgap is nearly complementary before and after the cleaning point of liquid crystal from 600nm to 1700nm. ASu2A.57 Polarization dependent noise and gain characteristics in dual-pump non-degenerate phase-sensitive fiber optical parametric amplifier, Fangyong Yu1, Lihong Han1, Jinhui Yuan1, Zhongyuan Yu1, Peng xXu1; 1Beijing Univ. of Posts and Telecomm, China. Using relative-intensitynoise(RIN) subtraction method, we find that the noise and gain changes significantly with the type of states of polarization(SOPs) in PS-FOPA. The noise figure(NF) of 0.18dB is achieved within ~100 nm telecommunication band with circular co-polarized pumps and signal. ASu2A.58 Repetition Rate-tunable Q-switched Fiber Laser Using a CNT-embedded Fiber Optic Coupler, Joonhoi Koo1, Ju Han . Lee1; 1School of Electrical and Computer Engineering, Univ. of Seoul, Korea (the Republic of). We experimentally demonstrate flexible control of the pulse repetition rate in a passively Q-switched fiber lasers using a carbon nanotube-embedded fiber-optic tunable coupler as a passive Q-switch. It is shown that the pulse repetition rate can readily be tuned from 13 to 21 kHz by mechanically adjusting the cross-coupling ratio of the coupler. ASu2A.59 Chaotic Pulsation of Soliton Bunch in a Partially Mode-locked Fiber Laser, Wenjing Zhao1, Zhenhong Wang1, Zhi Wang1, Yange Liu1, Guang Yang1, Shangcheng Wang1; 1Nankai Univ., Inst. of Modern Optics, China. We report experimental observation of soliton bound state which quasiperiodically arises in mode-locked fiber laser with nonlinear polarization rotation and net anomalous dispersion. Broadband spectrum implies this chaotic behavior could be related to Raman effect. ASu2A.63 Fiber Bragg grating sensor system based on resonance Fourier domain mode-locked laser, Jinwoo Park1, Byeong Kwon Choi2, In Seok Choi1, Min Yong Jeon1; 1Chungnam National Univ., Korea (the Republic of); 2Chem Optics Inc., , Korea (the Republic of). We report a fiber Bragg grating sensor system using a 1.5 μm resonance Fourier domain mode-locked laser. It consists of multiple FBGs connected to a tunable fiber coupler with external cavity. ASu2A.67 Measurement of Cutoff Wavelength in FewMode Multi-Core Fiber (FM-MCF), Takumi Ozawa1, Ohashi Masaharu1, Yuji Miyoshi1, Hirokazu Kubota1, Katsuhiro Takenaga2, Shoichiro Matsuo2; 1 Osaka Prefecture Univ., Japan; 2Fujikura, Japan. We propose a definition of the cutoff wavelength of high order mode in FM-MCF and its measurement technique. The cutoff wavelength of high order mode in FM-MCF is successfully estimated by the proposed method. ASu2A.60 Line-by-Line Inscription of Phase-Shifted Fiber Bragg Gratings with Femtosecond Laser, Bo Huang1, Xuewen Shu1; 1Wuhan National Laboratory for Optoelectronics, Huazhong Univ. of Science and Technology, China. The fourth-order PSFBGs with the phase-shift values of π/2, π and 3π/2 are realized by line-by-line (LbL) technique with a femtosecond laser. The birefringences of the two LbL-inscribed PSFBGs are measured to be 2.0×10-4, 2.4×10-4, respectively. ASu2A.64 Raman distributed temperature fiber-optic sensor based on single-mode fiber, Sun Woo Kim1, Jung Min Hwang2, Min Seong Seo2, Bong Wan Lee2, Min Yong Jeon1; 1Chungnam National Univ., Korea (the Republic of); 2Fiberpro, Korea (the Republic of). We report a distributed temperature fiber-optic sensor using Raman scattering in 5 km-long single-mode fiber around 1550 nm band. The spatial and temperature resolution are achieved with 30 m and 5oC, respectively. ASu2A.61 Two-channel Fiber Bragg Grating Fabricated By Femtosecond Laser and Its Application In Switchable Dual-wavelength Erbium-doped Fiber Laser, Fangcheng Shen1, Kaiming Zhou2, Lin Zhang2, Xuewen Shu1; 1Huazhong Univ of Science and Technology, China; 2Aston Univesity, UK. Twochannel fiber Bragg grating (TC-FBG) consisting of two localized sub-gratings parallel in the fiber core is fabricated by femtosecond laser. Utilizing the fabricated TC-FBG, stable and switchable dual-wavelength erbium-doped fiber laser at room temperature is demonstrated. ASu2A.65 Wavelength dependence of the PLC-based 3-mode demultiplexer, Keito Kataoka1, Hirokazu Kubota1, Yuji Miyoshi1, Ohashi Masaharu1; 1Osaka Prefecture Univ., Japan. We propose a PLC-based 3-mode demultiplexer and numerically investigate the wavelength dependence of the insertion loss of the demultiplexer. A numerical investigation of a wavelength dependent insertion loss for the proposed demultiplexer are presented. ASu2A.68 Design and analysis of hole-assisted few mode fiber with ultra-low differential mode group delay (DMGD), Jiajia Zhao1, Borui Li1, Ming Tang1, Songnian Fu1, Deming Liu1, Perry Ping Shum2, Shuang Liu1; 1Next Generation Internet Access National Engineering Lab (NGIA), School of optical and electronic information, Huazhong Univ. of Sci&Tech (HUST), China; 2School of EEE, Nanyang Technological Univ., Singapore. We designed a hole-assisted graded-index few mode fiber supporting 4 LP-modes with ultra-low DMGD. Less than 16ps/km across the C-band has been achieved and the sign of DMGD can be tailored by air holes’ structure. ASu2A.62 Numerical Simulation of Pulse Propagation in Graphene-clad Tapered Fiber, Pengfei Zhang1, Yajiao Feng1, Bowen Hou1, Xiu Su1, Zhenhong Wang1, Zhi Wang1; 1Nankai Univ., Inst. Modern of Optics, China. We simulated the nonlinear pulse propagation in a graphene-clad tapered fiber with different diameters. Nonlinear and attenuation coefficients are specially calculated. We have observed spectrum broadening due to self-phase modulation in simulation. ASu2A.66 Chromatic Dispersion Estimation of High Order Mode Based on Wavelength Dependence of Effective Area Aeff, Kazuho Ozaki1, Ohashi Masaharu1, Yuji Miyoshi1, Hirokazu Kubota1; 1Osaka Prefecture Univ., Japan. We propose a chromatic dispersion estimation of high order modes based on wavelength dependence of effective area. It is shown that the chromatic dispersion of LP11 mode in two-mode fiber is successfully estimated by our technique. ASu2A.69 Research of Fiber Static Fatigue Parameter Measurement Based On Acoustic Sensor Detection, Mengxun Sun1,2, Jing Li1, Zhixiong He1, Weiguang Wang1; 1State Key Laboratory of Optical Fiber and Cable Manufacture Technology, China; 2Yangtze Optical Fibre and Cable Joint Stock Company Ltd, China. Here Fiber static fatigue parameter is measured according to twopoint bending method based on acoustic sensor detection, the detailed measurement method is optimized, comparison of static and dynamic fatigue parameter is also included in this paper. Sunday, 22 November ASu2A.54 Design of a Circular Photonic Crystal Fiber Supporting OAM Modes, Hu Zhang1, Wenbo Zhang1, Lixia Xi1, Xianfeng Tang1, Wei Tian1, Xia Zhang1, Xiaoguang Zhang1; 1Beijing Univ of Posts & Telecom, China. We designed a circular photonic crystal fiber (C-PCF) supporting 12 information bearing states. Mode intensity profile, dispersion, confinement loss and nonlinearity of the fiber were investigated. The benefits of wide bandwidth, low loss and all OAM modes having the same size are verified based on numerical analyses. ASu2A.56 Gamma Radiation-Induced Formation of Bismuth Related Active Centre in Bi/Er/Yb Co-doped Fibre, Binbin Yan1,2, Yanhua Luo2, Dan Sporea3, Laura Mihai3, Daniel Negut4, Xinzhu Sang1, Jianxiang Wen5, Gui Xiao2, Gang-Ding Peng2; 1State Key Laboratory of Information Photonics and Optical Communications, Beijing Univ. of Posts and Telecommunications, China; 2 Photonics & Optical Communications,School of Electrical Engineering, Univ. of New South Wales, Australia; 3National Inst. for Laser, Plasma and Radiation Physics, Laser Metrology Laboratory, Romania; 4Horia Hulubei” National Inst. of Physics and Nuclear Engineering, Romania; 5School of Communication and Information Engineering, Shanghai Univ., China. The effects of gamma radiation on Bismuth/Erbium/Ytterbium co-Doped Fibre (BEYDF) with ultra-broadband emission have been investigated. We observed that gamma radiation could influence the formation of bismuth related active centre (BAC) in the BEYDF. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 51 2015ACP Program.indd 51 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Room N201, HKCEC ASu2A.70 Fiber Bragg Grating Inscription in Four Core Fibers and Their Sensing Applications, Changle Wang1, Zhijun Yan1, Qizhen Sun1,2, Lin Zhang1; 1 Aston Inst. of Photonic Technologies, Aston Univ., UK; 2School of Optical and Electronic Information, and National Engineering Laboratory for Next Generation Internet Access System, Huazhong Univ. of Science and Technology, China. We inscribe FBGs in all cores of four core fiber simultaneously and investigate their thermal, strain and bending (both direction and magnitude) responses. The influence of fiber core distance on bending sensitivity is also discussed. Sunday, 22 November ASu2A.71 Multidimensional tuning of optofluidic ring resonator, Song Zhu1, Lei Shi1, Yang Liu1, Xinbiao Xu 1, Xinliang Zhang1; 1Wuhan National Laboratory for Optoelectronics, China. A novel multidimensional tuning method is demonstrated. The extinction ratio (ER) and the resonant wavelength were tuned by different mechanism. This can enrich the tuning flexibility and broaden the OFRR’s application range. ASu2A.72 Study of an Improved 80×360-Gb/s NyquistWDM Transmission System Based on Nonbinary LDPC Coding, Zhihui Cheng1, Chenglin Bai1, Xia Zhang1,2, Wentao Sun1; 1Shandong Province Key Laboratory of Optical Communication Science and Technology, Liaocheng Univ., China; 2Beijing Univ. of Posts and Telecommunications, China. This paper uses an improved nonbinary LDPC coding and PM 64-QAM technique to study our 80×360-Gb/s Nyquist-WDM coherent detection system, resulting in 2.76dB improvement in BER performance and a high SE of 11.63 bit/s/Hz. ASu2A.73 Enhanced Asymmetrically Clipped Optical OFDM for Next Generation PONs, Mohammed Mohammed1, Mai Banawan1, Ziad A. El-Sahn1; 1 Photonics Group, Electrical Engineering Department, Alexandria Univ., Egypt. We successfully demonstrate a novel enhanced asymmetrically clipped optical OFDM (eACO-OFDM) solution over a PON link. The proposed technique doubles the spectral efficiency of conventional ACO-OFDM at the expense of a slight increase in complexity. ASu2A.74 A Time-saving and Highly-Accurate Blind Chromatic Dispersion Estimation Method for Coherent Optical Communication System, Anlin Yi1; 1Southwest Jiaotong Univ., China. A time-saving and highly-accurate CD estimation method for coherent optical communication system is demonstrated. Experimental results show only ~7% estimation time is required to achieve similar high accuracy compared to previous scan/ search CD estimation techniques. ASu2A.75 Phenomenological Formula for Modelling of Physical Layer Impairments in Elastic Optical Networks, Suhail Al-Awis1, Ali Fattah1, Richard Schatz2, Xiaodan Pang3, Oskars Ozolins3, Gunnar Jacobsen 3, Sergei Popov 2, Jiajia Chen 2; 1 Electrical Engineering, Univ. of Technology , Iraq; 2KTH (Royal Inst. of Technology), Sweden; 3 Network and Transmission Laboratory, Acreo Swedish ICT AB, Sweden. An empirical modelling technique is introduced to estimate impact of physical layer impairments in elastic optical networks, which can be used to evaluate transmission quality. The model has been verified experimentally with accuracy beyond (97.3%). OCIS codes: (060.1660) Coherent communications, (060.0060) Fiber optics and optical communications. ASu2A.76 Nonlinear Propagation in Multicore Fiber Transmission Link Based on Coupled Mode Analysis, Lian Xiang1, Gangxiang Shen1, Mingyi Gao1; 1Soochow Univ., China. We present a general model for describing nonlinear propagation in multicore fiber transmission link. Results show that chromatic dispersion can mitigate crosstalk of power effectively and Kerr nonlinearity will bring crosstalk of nonlinear phase. ASu2A.77 Nonlinear distortion in Nyquist OTDM scheme using optical correlation detection, Kensuke Yoshida1, Yuji Miyoshi1, Takahiro Oguro1, Hirokazu Kubota1, Ohashi Masaharu1; 1Osaka Prefecture Univ., Japan. We investigate a nonlinear distortion in Nyquist OTDM scheme using optical correlation detection. We also clarify an absolute chromatic dispersion around 2.5 ps/km-nm and a small roll-off factor maximize the OSNR penalty at 160 Gbaud. ASu2A.78 Based on Cross-correlation Function OSNR Monitoring Technique for PM-QPSK System in Presence of Fiber Nonlinearities, Yuan Jin1, Lixia Xi1, Donghe Zhao1, Xiaoguang Zhang1, Dongwei Pan1, Wenbo Zhang1, Xianfeng Tang1; 1 BUPT, China. A novel optical signal-to-noise ratio (OSNR) monitoring method in presence of fiber nonlinearities optical transmission system is proposed, which based on the cross-correlation function between two symbols of the signal. The results show that this technique can monitor the OSNR of 112-Gb/s PM-QPSK signals with accuracy of 0.86 dB. ASu2A.79 Dual-mode Injection-locked Colorless Laser Diode with 64-QAM OFDM for 5G MMWoF at 39-GHz, Huai-Yung Wang1, Yu-Chieh Chi1, Cheng-Ting Tsai1, Gong-Ru . Lin1; 1Graduate Inst. of Photonics and Optoelectronics, and the Department of Electrical Engineering, National Taiwan Univ., Taiwan. A dual-mode injection-locked laser diode directly modulated by 24-Gbit/s 64-QAM OFDM data for 5G MMWoF is demonstrated to provide 39-GHz beating microwave carrier with 37.5-dB CNR and 5-MHz linediwth at a BER of 1.35×10-6. ASu2A.80 Polarization switchable single/multi-wavelength fiber ring laser with an intra-cavity all fiber Lyot filter, Zhijun Yan1, Qizhen Sun2, Chengbo Mou1, Zhongyuan Sun1, Kaiming Zhou1, Lin Zhang1; 1Aston Univ., Aston Institution of Photonic Technologies, UK; 2Huazhong Univ. of Science and Technology, The School of Optical and Electronic Information, China. We demonstrate a polarization switchable, single/ multi-wavelength fiber ring laser based on an intra-cavity all fiber Lyot filter. The laser can operate at single-, multiwavelength by adjusting polarization controller, and givessingle polarization output. ASu2A.81 A multi-rate regular QC-LDPC scheme for optical communication based on Finite Geometries, Chi Chen1, Liqian Wang1, Xue Chen1, Dongdong Wang1, Chen Ju1, Zhiguo Zhang1; 1Beijing Univ. of Posts and Telecommunications, China. We propose a multi-rate regular QC-LDPC scheme for code rate adaptive optical communication systems based on Finite Geometries. Compared with codes proposed in recent standards, the codes have lower error floor and better performance at high code rate. ASu2A.82 Comparison of LDPC and Turbo Codes in Ultraviolet Wireless Communication Systems, Qi An1, Yong Zuo1, Jinnan Zhang1, Heng Qin1, Yinghui Li1, Dong Zhang1, Jian Wu1; 1BUPT, China. This paper compares LDPC and Turbo codes in ultraviolet wireless communication systems. Simulation results show the former can achieve better bit error rate (BER) performance with lower complexity than the latter for long length codes. ASu2A.83 Error Performance of SWN Quantum Receiver for QPSK Coherent-State Discrimination, Tian Chen1, Bing Zhu1; 1Department of Electronic Engineering and Information Science, Univ. of Science and Technology of China, China. For the QPSK coherent-state discrimination, error performances of the SWN quantum receiver with on-off detectors are analyzed, which can be improved, especially for weak signals when the sequential probing order and displacement parameter are optimized. ASu2A.84 Training Symbol Assisted Optical Signal-toNoise Ratio Monitoring Technique for DDOOFDM Systems, Zhenhua Feng 1, Liangjun Zhang1, Ming Tang1, Shuang Gao2, Calvin C. K. Chan2, Songnian Fu1, Qiong Wu1, Li Borui1, Ruoxu Wang1, Rui Lin1, Perry Ping Shum3, Deming Liu1; 1 Huazhong Univ of Science & Technology, China; 2 Department of Information Engineering, The Chinese Univ. of Hong Kong, China; 3School of EEE, Nanyang Technological Univ., Singapore. A high-accuracy training symbol assisted optical signal-to-noise ratio (OSNR) monitoring technique for DDO-OFDM systems is proposed and demonstrated with less than 0.42dB estimation error in an 8.87Gb/s QPSK-OFDM system over 40km SSMF transmission. ASu2A.85 Directly Modulated WDM-FDM OFDM Signals Externally Modulated with IEEE802.11ac Signals at a MZM, Miku Teruya1, Koyu Chinen1, Kotoyo Irei 1, Ichiko Kinjo 1; 1Electronics and Communication, Okinawa National College of Technology, Japan. Directly modulated 1550nm OFDM and FM signals were multiplexed with two wavelengths and intensity modulated by 5GHz 256QAM IEEE802.11ac at MZM. The lower EVM and RCE were achieved with a lower optical spacing than 0.1nm. ASu2A.86 A Novel OFDM-PON Scheme Using Signal-toSignal Beat Interference Cancellation Receiver with Balanced Detection , Jianxin Ma1, Wei Zhou1, Yi Zhang1, Qin Wang1; 1Beijing Univ of Posts & Telecom, China. A novel multi-band OFDMA-PON architecture using signal-to-signal beat interference cancellation receivers based on balanced detection (ICRBD) at both the optical line terminal (OLT) and the optical network units (ONU) is proposed and verified by simulation. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 52 2015ACP Program.indd 52 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Room N201, HKCEC ASu2A.87 Optimization of Transceiver Bandwidths of 40 Gb/s NG-PONs Using Electrical Three-Level Duobinary, Jinlong Wei1, Jianming Tang2, Qixiang Cheng3, Richard V. Penty3, Ian H. White3, Helmut Griesser4; 1ADVA Optical Networking SE, Germany; 2Bangor Univ., UK; 3Univ. of Cambridge, UK; 4ADVA Optical Networking SE, Germany. We numerically analyze and optimize transceiver bandwidths of 40 Gb/s per wavelength WDMPONs using electrical three-level Duobinary. Optical filtering using 50G and 100G ITU grid (De-)MUXs and standard SMFs at C-band are considered. ASu2A.88 Unitary space-time codes in free-space optical communications, Meng Fan Li1, Xizheng Ke1, Sichen Lei1; 1Xi’an Univ. of Technology, China. A 4-pulse-position modulation (4-PPM) based on unitary space-time codes (USTC) is proposed for free space optical (FSO) communications. The simulation results show that the USTC has excellent error-rate characteristics and can suppress channel fading effects. ASu2A.90 Performance of FSO systems employing hybrid PolSK-PPM-MQAM modulation over gammagamma channel, Yan Hong1; 1BUPT, China. A novel hybrid modulation scheme which combines polarization shift keying and M-ary quadrature amplitude modulation with pulse position modulation is proposed in this paper. The system improves the transmission capacity and enhance resistance to atmosphere turbulence. ASu2A.92 Cassegrain-Fiber-Coupling Efficiency through Atmospheric Turbulenc, Sichen Lei1, Xizheng Ke1, Meng Fan Li1; 1The Faculty of Automation & Information Engineering, Xian Univ. of Technology, China. Cassegrain-fiber-coupling expression is deducted under Kolomogorov power-law spectrum. The results show that with Cassegrainshielding-ratio increases the coupling efficiency will decrease, but the impact will decease with the communication distance and turbulence intensity increase. ASu2A.93 Experimental demonstration of a 8×10Gb/s 10GHz-spaced UDWDM-PON system based on CAP and direct detection, Zhixin Wang1,2, Yanjin Wang 1, Li Tao 1, Yiguang Wang 1, Chi Nan 1 ; 1 FUDAN Univ., China; 2 National Engineering Research Center For Broadband Networks&Applications, China. In this paper we demonstrate a novel 8-channel 10GHz-spaced UDWDM-PON system with highest downstream data rate of 10Gb/s per user over 42.5km SSMF transmission employing carrierless amplitude and phase(CAP) modulation and direct detection. ASu2A.94 Generation of Hexagonal 16-ary Quadrature Amplitude Modulation Signals, Qiuguo Wang1, Chenglin Bai1, Xia Zhang1; 1LiaoCheng Univ., China. Using a dual-drive IQ modulator, we generate 25-Gbaud hexagonal 16-QAM signals. The off-line BER at 32dB optical signal-to-noise ratio (OSNR) is 3.7e-3, the required OSNR is 0.5dB less than that of the square 16-QAM signal. ASu2A.95 Mode-Forming Remote Switch for Security Networks, Yuki Morizumi1; 1Kochi Univ. 0f Technology, Japan. Mode-forming remote switch in multi-mode optical fiber system is proposed to enhance security. Feasibilities of the proposed scheme are confirmed by 2 channel multi-mode optical fiber link by controlling amplitudes and phases of transmitter signals. ASu2A.96 Channel-reuse DWDM-PON on a 25-GHz Grid Employing Self Wavelength Managed Tunable Laser, Zhiguo Zhang1, Rentao Gu1, Jiahe Wang1, Xue Chen1, Liqian Wang1, Min Zhang1; 1Beijing Univ of Posts & Telecom, China. We experimentally demonstrate a channel-reuse bidirectional 10-Gb/s/λ dense WDM-PON on a 25-GHz grid and an optical beat noise-based automatic wavelength control method for tunable laser used in colorless ONU. 42-km transmission performance is also measured. ASu2A.97 Optimization of super pixel for higher order mode excitation in mode-division multiplexing system, Chenxing Ma1, Song Yu1, Mingying Lan1, Shanyong Cai1, Song Nie1, Wanyi Gu1; 1Beijing Univ Posts & Telecommunications, China. A phase settings of super pixel based on phase-only spatial light modulation is proposed for amplitude and phase modulation. Using the concept of super pixel, many higher order fiber modes are excited precisely. ASu2A.100 Optimum Design of Cassegrain Antenna for Space Laser Communication, Yuan Hu1; 1CUST, China. In this study, we analyzed the relationship between the divergence angle and antenna parameters with central obscurations. Then, we optimized the design of a Cassegrain antenna and experimentally evaluated its performance in long-distance laser communications. ASu2A.101 Experimental Demonstration of Reconfigurable N×N Joint Orbital Angular Momentum (OAM) and Space Switching Fabric Using a Single Spatial Light Modulator (SLM), Jun Liu1, Shuhui Li1, Long Zhu1, Jian Wang1; 1Wuhan National Lab for Optoelectronics, China. By employing a single spatial light modulator, we propose and demonstrate a N×N joint orbital angular momentum (OAM) and space switching fabric. 4×4 OAM mode switching, space switching and joint OAM and space switching are all demonstrated in the experiment. ASu2A.98 Experimental Demonstration of Linearly Polarized (LP) Modes and Orbital Angular Momentum (OAM) Modes Conversion in Few-Mode Fiber, Long Zhu1, Jun Liu1, Jian Wang1; 1Wuhan National Lab for Optoelectronics, China. We experimentally demonstrate the conversion of one mode (x-pol LP11a or OAM-1) to eight different modes (LP11a, LP11b, OAM+1, OAM-1 with two polarization) with a 10 Gbit/s on-off keying (OOK) signal in 1.1 km few-mode fiber (FMF), and achieve bit-error rate (BER) below 2e-3. ASu2A.102 Cost-Optimized Design of Survivable Flexible Bandwidth Optical Networks, Bowen Chen1, Xiaoling Wang1, Yongli Zhao2, Jie Zhang2; 1Soochow Univ., China; 2Beijing Univ. of Posts and Telecommunications, State Key Laboratory of Information Photonics and Optical Communications, China. We develop a hybrid-protection approach (HPA) and a dedicated-protection approach (DPA) to optimize the network cost in a survivable flexible bandwidth optical network. Simulation results show that HPA significantly can reduce network cost compared to DPA. ASu2A.99 Experimental Performance Evaluation of Analog Signal Transmission Using LP and Orbital Angular Momentum (OAM) Modes in a FewMode Fiber, Jing Du1, Long Zhu1, Shi Chen1, Jun Liu1, Shuhui Li1, Yun Long1, Yifan Zhao1, Jian Wang1; 1Huazhong Univ. of Sci. and Tech., China. We experimentally demonstrate the analog transmission performance in a 5km FMF. SHD SFDR of fundamental mode is nearly 6 dB and 5 dB larger than LP11a (b) and OAM ±1 modes, respectively. SHD SFDRs of OAM ±1 modes are nearly 1dB larger than LP11a (b) modes. ASu2A.103 A Service-oriented Control Framework of Software Defined Elastic Optical Networks with Universal REST APIs Model, Yina Song1, Yongli Zhao1, Jie Zhang1, Ruiquan Jing2, Junjie Li2, Chengliang Zhang2; 1Beijing Univ. of Posts and Telecom, China; 2China Telecom Beijing Research Inst., China. A service-oriented framework with universal REST APIs model is experimentally demonstrated in software defined elastic optical networks considering service functions and categories. The reliability and efficiency of the framework are also verified on the testbed. ASu2A.104 A History-Based Inter-Domain Routing Algorithm in Multi-Domain Optical Networks, Yanwei LI1,2, Heng Zhang2, Yanhe Li2, Xiaoping Zheng2; 1National Computer Network Emergency Resp, China; 2Department of Electronic Engineering, Tsinghua Univ., China. This paper proposes an inter-domain routing algorithm based on statistics of inter-domain routing history information. Simulation results show that it has much better performance in terms blocking probability than some topology abstraction based algorithms. ASu2A.105 Virtual Network Embedding based on Auxiliary Graph Model in IP-over-WDM Networks, Jiawei Zhang1, Yuefeng Ji1, Hanwei Liu1, Mei Song1; 1Beijing Univ. of Posts & Telecom, China. We address the virtual network embedding problem for cloud services in IP-over-WDM networks, an auxiliary graph model is proposed to design node and link mapping policies by considering electrical and optical layer resources jointly. ASu2A.106 Dynamic Traffic Grooming with Spectrum Defragmentation (TG-SD) based on Sliceable Transponder in Flexible Grid Optical Networks, Xiaosong Yu1, Yongli Zhao1, Guanjun Gao1, Xue Chen1, Jie Zhang1, Guoying Zhang2; 1Beijing Univ of Posts & Telecom, China; 2China Academy of Telecom. Research (CATR), China. We propose several dynamic traffic grooming schemes incorporated with spectrum defragmentation based on sliceable transponder in flexible grid optical networks. Results show the proposed schemes can increase spectrum efficiency as well as reduce OPEX. Sunday, 22 November ASu2A.89 100G WDM Transmission over 100 meter Multimode Fiber, Bruno Cimoli1, Jose Estaran1, Guillermo Arturo Rodes1, Anna Tatarczak1, Juan Jose . Vegas Olmos1, Idelfonso Tafur Monroy1; 1 DTU, Denmark. We present a comparative performance analysis for wavelength-grid selection in WDM shortrange multimode-fibers. We study 100Gbps links over OM2, OM3 and OM4 fibers and show it is feasible to reach over 100 m transmission distances. ASu2A.91 Withdrawn. ASu2A.107 A Multi-layer Planning Solution for IP-Optical Networks, Zhicheng Sui1, Chuanjun Wu1, Bin Xia1; 1HuaWei Technology Company, China. A multi-layer network planning solution is proposed, which performs multi-layer VLAN sub-interface grooming, multi-layer topology design and coordinative protection planning. Numerical results show that our solution achieves 15%~40% CAPEX saving on five IP-Optical real networks. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 53 2015ACP Program.indd 53 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Sunday, 22 November Room N201, HKCEC ASu2A.108 A Novel Spectrum Assignment Algorithm to Restrain the Generation of Fragments in Elastic Optical networks, Yang Qiu1, Zheyu Fan2, Calvin C. K. Chan2; 1Southwest Univ. for Nationalities, China; 2The Chinese Univ. of Hong Kong, Hong Kong. We propose a slot-weighted variablegroup-based spectrum assignment algorithm to restrain the generation of spectrum fragments in elastic optical networks. Simulation results show more than 76% fragment reduction compared to the defragmentation algorithm. ASu2A.112 Photonic maximal entanglement generation based on cross-Kerr media and quantum nondemolition detectors, Xin-chang Liu1, Dan-dan Sun1, Xiao-dong Shi1, Shao-ling Huang1, Hui-ping Gao1; 1Beijing Univ. of Posts and Telecom., China. We propose a scheme of maximally entangled Greenberger-Horne-Zeilinger state generation with arbitrary three-photon state. The scheme exploits quantum non-demolition detectors with cross-Kerr nonlinearity which reveal us the parity of the photons without destroying them. ASu2A.115 A novel scheme of realizing high-speed optical logic gate of XOR based on a single I/Q modulator and direct detection, Xianfeng Tang1; 1 Beijing Univ of Posts & Telecom, China. We propose a novel scheme of realizing all-optical XOR based on a single I/Q modulator and direct detection by adjusting bias voltages of the two arms, peak-peak voltages of the driving signals and the phase shift. Experiments are successfully carried out at the bit rate of 1Gbit/s with extinction ratio higher than 11 dB. ASu2A.109 Experimental Demonstration of OpenFlowbased Control Architecture for Lightpath Provisioning in Co-existing Fixed/Flexible Grid Optical Networks, Guangbin Li1, Xiaosong Yu1, Yongli Zhao1, Hui Li1, Jie Zhang1, Yuefeng Ji1, Dajiang Wang2, Jiayu Wang2, Zhenyu Wang2; 1 Beijing Univ. of Posts and Telecomm, China; 2 ZTE Corporation, China. An OpenFlow-based control architecture for lightpath provisioning in co-existing fixed/flexible grid optical networks is proposed and deployed experimentally to verify the extensions of OpenFlow protocols in this paper. ASu2A.113 Real-time OpticalDemultiplexingwiththe ChirpedPulses, Yan Li1, Xianting Zhang1, Jinhui Yuan1, Zhe Kang1, Xinzhu Sang1, Shuai Kang1, Xue Kang1, Binbin Yan1, Kuiru Wang1, Chongxu Yu1; 1IPOC, China. A novel scheme for the realtime optical demultiplexing by using the linearly chirped and time-broadened pulses is proposed. Simulation results show that the demultiplexing from 160 Gb/s to sixteen 10 Gb/s tributaries can be achieved. ASu2A.116 Optical Millimeter Wave Generation with Frequency Octupling Using Two Cascaded Polarization Modulators, Yang Yang1, Jianxin Ma1, Ruijiao Zhang1, Xiangjun Xin1, Junyi Zhang1; 1 Beijing Univ of Posts & Telecom, China. An approach to generate the optical millimeter wave with frequency octupling using two cascaded polarization modulators is proposed and verified by simulation. Only the ±4th-order sidebands are generated without filtering. ASu2A.114 Hyperdistillation and hyperentanglement purification with linear optics, Lei-Lei Liu2,1, Ru Zhang2,3; 1School of Science, China; 2The State Key Laboratory of Information Photonics and Optical Communications, Beijing Univ. of Posts and Telecommunications , China; 3School of Ethnic Minority Education, Beijing Univ. of Posts and Telecommunications, China. We propose scheme to implement hyperentanglement distillation and hyperentanglement purificaiton .In our scheme,QND parity-checking measurement in the spatial-mode and polarization DOFs and the qubit amplification could be the key steps. We consider the decoherence and photon losses simutaneously. ASu2A.117 Improving accuracy of pulsed-laser range finding based on differential optical-path, Jie Cao1,2, Qun Hao1, Yuxin Peng2, Yang Cheng1; 1 Beijing Inst. of Technology, China; 2National Univ. of Singapore, Singapore. A pulsed-laser range finding based on differential optical-path is proposed. The results show (1) Background noise is suppressed effectively. (2) Peak detection of traditional method is transformed into zerocrossing, which has higher sensitivity than former. ASu2A.110 Bandwidth Allocation for Correlated Flows in the Intra-Datacenter Subwavelength Switching Ring Networks, Jia Yu1, Dongxu Zhang1, Hongxiang Guo1, Gaofeng An2, Ping Liao2, Huitao Wang2; 1BUPT, China; 2ZTE, China. Minimizing correlated flows’ completion time is critical in the datacenter. This paper proposes a datacenter subwavelength switching ring network architecture and a corresponding bandwidth allocation algorithm for correlated flows to minimize flow completion time. ASu2A.111 Demonstration of Hybrid Orbital Angular Momentum Multiplexing and Time-Division Multiplexing Passive Optical Network, Andong Wang1, Long Zhu1, Jun Liu1, Jian Wang1; 1Wuhan National Lab for Optoelectronics, China. We demonstrate the implementation of modedivision multiplexing (MDM) and time division multiplexing (TDM) passive optical network (PON) architecture. Two orbital angular momentum (OAM) modes are successfully transmitted over 20-km singe mode fiber (SMF). ASu2A.118 Infrared Image Detail Enhancement Based on Multi-layer Separation, Xiubao Sui 1, Jia Qian2, Zhiqiang Gao2, Qian Chen1, Guohua Gu1; 1 Nanjing Univ of Science and Technology, China; 2 Jiangsu North Huguang Electro-Optics Co.,LTD, China. Our image detail enhancement method can filter random noise by a gradient reciprocal weighting filter, and enhance image details adaptively by bilateral filter. The experiments indicate it can improve the detail contrast and NETD performance. ASu2A.119 A Flexible Multi-band Microwave Photonic Frequency Conversion Scheme for Satellite Repeater Applications, Jie Yin1, Xuemei Bi1, Kun Xu2, Qunyang Wang1, YInchuan Liang1, Tao Liu1, Feifei Yin2, Jianqiang Li2; 1Beijing Inst. of Satellite Information Engineering, China; 2State Key Laboratory of Information Photonics and Optical Communications, Beijing Univ. of Posts and Telecommunications, China. A novel microwave photonic repeater system of generating eight different output RF frequencies from one input RF carrier is proposed by adjusting modulators’ configurations, which can realize multi-band frequency conversion using one frequency-fixed microwave source. ASu2A.120 All-optical correlator based on modal dispersion in multimode fiber, Jian Sun1, Zhongwei Tan 1, Tangjun Li 1, Muguang Wang 1; 1Beijing Jiaotong Univ., China. We propose and demostrate a novel all-optical correlator based on modal dispersion in multimode fiber. A correlator of the mask and input signal is achieved at the output. The correlator is nearly independent of the wavelength and bandwidth of input signal. Adjusting slits on the mask, the target patterns of the correlator can be changed easily. ASu2A.121 Experimental Demonstration of All Optical Eight-Wavelength 2R Regeneration of OOK signals by Using Time-Interleaving and Bidirectional Transmission, Xing-yu Zhou 1, Bao-Jian Wu1, Feng Wen1, Yong Geng1, Jing zhang1, Kun Qiu1; 1Univ of Electronic Sci & Tech of China, China. All-optical eight-wavelength 2R regeneration of OOK signals is experimentally demonstrated based on time-interleaving and bidirectional transmission. The improvements of receiver sensitivity are obtained for all regenerated wavelengths. ASu2A.122 Experimental distinction of electromagnetically induced transparency and Autler-Townes splitting using mechanical systems, Jingliang Liu1, Hujiang Yang1, Chuan Wang1, Kun Xu1, Jinghua Xiao1; 1Beijing Univ. of Posts and Telecom., China. Here we first experimentally demonstrated the electromagnetically induced transparency (EIT) and Autler-Townes splitting (ATS) effects in mechanical coupled pendulums. Exploiting Akaike information criterion, these two effects could be discerned. The analogue of EIT and ATS is also discussed in mechanical systems. ASu2A.123 Multi-view Generation Method Based on the Sparse Feature Points Matching, Yingying Zhu1, Xinzhu Sang1, Duo Chen1, Nan Guo1, Chenyu Li1, Chongxiu Yu1, Binbin Yan1, Kuiru Wang1, Jinhui Yuan1; 1Beijing Univ. of Posts and Telecommunications, China. A novel method for generating intermediate images based on feature points matching, Delaunay triangulation and image morphing is presented. Experimental results show that the proposed method can achieve a better visual image quality. ASu2A.124 A novel thresholder based on a DFB laser under optical pulses injection, Dalei Chen1, Rong Wang1, Tao Pu1, Peng Xiang1, Tao Fang1, Jiyong Zhao1, Huatao Zhu1; 1PLA Univ. of Science and Technology, China. A novel low-power and costeffective thresholder realized by a distributedfeedback (DFB) semiconductor laser under optical pulses injection is proposed and experimentally demonstrated. ASu2A.125 Frequency-Doubling Modulated Optical Carrier Injection of Dual-Mode Colorless Laser Diode for OFDM-PON, Tsai-Chen Wu1, Chung-Yu Lin1, Yu-Chieh Chi1, Gong-Ru . Lin1; 1Graduate Inst. of Photonics and Optoelectronics, and the Department of Electrical Engineering, National Taiwan Univ., Taiwan. Microwave-frequency-doubling modulated optical carrier injection-locked dualmode colorless laser diode is demonstrated for 36-GHz narrow-linewidth microwave carrier generation with 62-dB CNR to transmit 36-Gbit/s 64-QAM-OFDM with BER achieving 3.8×10 -3 when receiving at -4 dBm. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 54 2015ACP Program.indd 54 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Room N201, HKCEC ASu2A.126 Generation of mid-infrared wavelengths by high-order soliton fission and dispersive wave in a chalcogenide-silicon slot waveguide, Xue Kang1, Jinhui Yuan1,2, Kuiru Wang1, Binbin Yan1, Zhe Kang1, Zheng Guo1, Shuai Kang1, Feng Li2, Xinzhu Sang1, chongxu yu1; 1BUPT, China; 2Hong Kong Polytechnic Univ., China. A chalcogenidesilicon slot waveguide is designed to generate the mid-infrared wavelengths by high-order soliton fission and dispersive wave. The tunable range and conversion efficiency can be up to 500 nm and over 40 %, respectively. ASu2A.127 High Quality Recovery of Double Random Phase Optical Encryption Based on Compressive Sensing, Zhidong Chen1, Xinzhu Sang1, Xuemei Cao1; 1Beijing Univ Posts & Telecommunications, China. A decryption method based on CS is presented to retrieve the image from a double random phase digital holographic encrypted system. By applying CS to decrypt the incomplete hologram, signal can be ideally recovered. ASu2A.130 A microwave photonic filter with multiple independently tunable passbands, Long Huang1, Xiangfei Chen1, Tao Pu2, Dalei Chen2, Peng Xiang2; 1Nanjing Univ., China; 2PLA Univ. of Science and Technology, China. We propose a novel microwave photonic filter with multiple independently tunable passbands based on an incoherent broadband optical source. A proof-ofconcept experiment is performed. An MPF with two passbands is experimentally demonstrated. ASu2A.131 Broadband Optical Nonreciprocal Transmission Using a Nonlinear Attenuator Cascaded with a Linear Attenuator, Yun Long1, Xiao Hu1, Jian Wang1; 1Wuhan National Laboratory for Optoelectronics, China. We propose a approach to realize integrated optical nonreciprocal transmission (ONT) using a nonlinear attenuator and a linear attenuator. In a proof-of-concept experiment based on single-mode fiber,we realize large nonreciprocal transmission ratio. Our architecture may provide an answer to the challenge of ONT in photonic integrated circuits. ASu2A.132 Suppression Ratio Tunable Microwave Photonic Filter Based on a Silicon Photonic Crystal Nanocavity, Yun Long1, Yong Zhang1, Han Zhang1, Jinsong Xia1, Jian Wang1; 1Wuhan National Laboratory for Optoelectronics, China. We propose a simple approach to realize ultracompact suppression ratio tunable microwave photonic filter based on a silicon photonic crystal (PhC) nanocavity with shallow resonance. Using a conventional modulation scheme with only a single phase modulator, the suppression ratio of the proposed MPF can be tuned from about 10 dB to beyond 60 dB. ASu2A.133 Optical-fiber intrusion detection method based on Lefevre-loop and bidirectional pOTDR-C technique, Carolina Franciscangelis2, Claudio Floridia1, Fabiano Fruett2; 1CPqD, Brazil; 2Unicamp, Brazil. We validated a novel optical-fiber intrusion sensor proposal based on Lefevre-loop and bidirectional polarization Optical Time-Domain Reflectometer (pOTDR) technique. Disturbances along 5 m fiber section inside 9 km perimeter were localized within 18 m resolution. ASu2A.134 Withdrawn. ASu2A.135 Safety Monitoring System of Optical Cable Cross Connection Cabinet Using FBG-based Fiber Optic Sensor, Cilin Liu1, Zhiguo Zhang1, Zhiming Liu1, Luming li2; 1State Key Lab of Information Photonics and Optical Communications, Beijing Univ. of Posts and Telecommunications, China; 2Information and Communications Branch, Jiangxi Electric Power Company, China. A safety monitoring system of optical cable cross connection cabinet based FBG is proposed. When the door is opened more than 30°, the difference of wavelength shift will less than 0.653nm. By detecting difference of wavelength shift we can know the status of optical cable cross connection cabinet. ASu2A.136 Qualitative Analysis of CO(NH2)2 Composition for Skin Secretion Detection Based on Near Infrared Spectroscopy, Jianfei Liu1, Lizhu Dong1; 1 Hebei Univ. of Technology, China. CO(CH2)2 composition at surface of human body have direct relationship with human physical condition.It demonstrates the relationship between composition, temperature and near infrared spectroscopy spectrum based on least squares method. ASu2A.140 Modeling of Brillouin optical time domain analysis with arbitrarily modulated pump, Xiaobo Tu1, Qiao Sun1, Zhou Meng1; 1 National Univ. of Defense Technology, China. This paper derives a novel model to describe the Brillouin interaction in Brillouin optical time domain analysis with arbitrarily modulated pump. Then the Brillouin gain spectra of phase-shift pulse and Brillouin echo are calculated and analyzed. ASu2A.137 Demonstration of Correlation Peak Profiling in Frequency Correlated Brillouin Optical Time Domain Analysis, Bhargav Somepalli1, Deepa Venkitesh1, Balaji Srinivasan1; 1IIT Madras, India. We propose a combination of frequency correlation and temporal gating techniques to map the correlation peaks, investigate their tunability through simulations and experiments. Correlation peaks in 1 km fiber are tracked with 100 ns pulses. ASu2A.141 Tapered Optical Fiber Polymerized with 4-vinylphenylboronic Acid for Glucose Sensing, Chao Huang1, Xueteng Cao2, Lei Chen1, Nana Li1, Qi Liang1, Xiaolan Sun1, Zesheng An2; 1The Key Lab of Specialty Fiber Optics and Optical Access Networks, Shanghai Univ., China; 2Insititute of Nanochemistry and Nanobiology, Shanghai Univ., China. We report a miniature glucose sensor that consists of a tapered optical fiber polymerized with thin 4-vinylphenylboronic acid polymer film. The intensity of light reflected from the fiber tip increases with the concentration of glucose solution ascending from 0 mM to 60 mM. ASu2A.138 Application of strain difference model and FBG sensor to power transmission line ice monitoring, Zhiming Liu1, Zhiguo Zhang1, Cilin Liu1, Luming li2; 1Beijing Univ. of Posts and Telecomm, China; 2Information and Communications branch, Jiangxi Electric Power Company, China. This paper is for monitoring real-time ice thickness of transmission lines, proposing a method based on fiber Bragg grating and strain difference model. The experiment results show that average deviation is less than 0.5 mm. ASu2A.139 Numerical Simulations of Optical Near-field Probes, Lei Chen1, Yumin Liu1, Zhongyuan Yu1; 1 Beijing Univ. of Posts and Telecommunications, China. Laser-irradiated metal tips probes and aperture probes are simulated by the finite element method.The expected local-field enhancement and high light-throughput are obtained by modeling with optimized geometric parameters,opticalforces related formulas are also elaborated. ASu2A.142 Organic Vapor Sensing with Silicon QuantumDot-Coated Optical Fiber, Zhi-Hong Zhang1, Shao-Yi Wu1, Chang-Chun Ding1, Xiao-Hong Chen2; 1School of Physical Electronics, Univ. of Electronic Science and Technology of China, China; 2School of Physics and Chem istry, Research Center for Advanced Com putation, Xihua Univ., China. Silicon quantum dots coupled to an optical fiber was used as a probe to detect organic vapors for sensing applications. The sensor shows a high sensitivity and specificity due to the surfaces of the dots. Sunday, 22 November ASu2A.128 A Depth Map-Generation Method Based on Geometric Information and Grab Cut Matting, Zheng Liu1, Xinzhu Sang1, Nan Guo1, Duo Chen1, Qiao Zhong1, Chongxiu Yu1, Kuiru Wang1, Binbin Yan1, Jinhui Yuan1, Wenhua Dou2, Liquan Xiao2; 1 Beijing Univ. of Posts and Telecommunications, China; 2National Univ. of Defense Technology, China. The conversion of existing 2D to 3D videos is important in 3D display. A depth extraction method based on geometric information and grab cut matting is presented, which can generate depth maps with high quality. ASu2A.129 Integrated Photonic Generation of MicrowaveMultiplicated Signal and Amplitude-Shift Keying Signal, Yun Long1, Linjie Zhou2, Jian Wang1; 1 Wuhan National Laboratory for Optoelectronics, China; 2State Key Laboratory of Optical Comm. Technologies and Networks, China. We experimentally demonstrate a simple and compact photonic scheme to obtain frequency-multiplicated microwave signal based on a single integrated silicon Mach–Zehnder modulator (MZM). Using the fabricated integrated MZM, we also demonstrate the feasibility of microwave amplitude-shift keying (ASK) modulation based on integrated photonic approach. ASu2A.143 Phase-sensitive OTDR system based on selfmixing demodulation, Haijun He1, Li-Yang Shao1; 1 Southwest Jiaotong Univ., China. A self-mixing signal demodulation method has been proposed for the phase-sensitive OTDR system. The experiment has been implemented to prove the proposed method by simultaneously determining the frequency and location of the vibration interference on a 10km fiber. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 55 2015ACP Program.indd 55 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Room N201, HKCEC ASu2A.144 Multiplexed Fiber-optic Methane Sensors Based on Optical Coherence Domain Reflectometry, Shun Li1, Xin y. Fan1, Qing w. Liu1, Zu y. He1; 1State Key Lab of Advanced Optical Communication Systems and Networks, Shanghai Jiaotong Univ., China. We propose a simple fiber-optic sensing technology for real-time multiplexed monitoring the methane concentration based on optical coherence domain reflectometry by synthesis of optical coherence function, and demonstrated three compact gas cells spliced in series. Sunday, 22 November ASu2A.145 Practical Pattern Recognition System for Distributed Optical Fiber Intrusion Monitoring System Based on Phase-Sensitive Coherent OTDR, Cong Cao1, Xin y. Fan1, Qing w. Liu1, Zu y. He1; 1Shanghai JiaoTong Univ., China. A perimeter security monitoring system based on Φ–COTDR is proposed. By using support vector machine (SVM) through a three–dimensional feature vector, an identification accurate rate of 92.62% on average for five events is achieved. ASu2A.146 Performance enhancement of phase-demodulated Φ-OTDR with signal processing, Song Wang1, Li Zhang1, Yi Li1, Mengqiu Fan1, Zinan Wang1, Yun-Jiang . Rao1; 1Univ. Electronic Sci. & Tech. of China, China. In order to enhance the signal-to-noise-ratio of a distributed acoustic sensing system based on Φ-OTDR, we proposed the combination of segmented unwrapping algorithm, averaging estimation of phase difference and IIR filtering method. The enhancement of signal quality is numerically demonstrated. ASu2A.147 High sensitive sensing characteristics of surface plasmon coupling gratings, Rui Ma1, Yumin Liu1, Zhongyuan Yu1; 1Keyanlou 339, Beijing Univ. of Posts and Telecommunications, China. We propose a application of end-fire coupling gratings as sensor of refractive index. The refractive index sensitivity can reaching 2000 nm/RIU. This work has potential for designing refractive index sensors and other surface plasmon devices. ASu2A.148 Fully Distributed Optical Fibre Sensors For Seismic Wave Detection, Gaosheng Fang1, Tuanwei Xu1, Fang Li1; 1Inst. Semiconductors, CAS, China. A fully distributed optical fibre sensors based on Φ-OTDR is proposed. Experiments are carried out to detect seismic wave signal, which demonstrate our solution is an effective technical solution for energy service. ASu2A.152 All-Fiber in-Line SNS Structure Liquid Level Sensor, Yongqiang Wen1, Li Xia1, Yanli Ran1, Jalal Rohollahnejad1, Deming Liu1; 1Huazhong Univ of Science & Technology, China. In this paper we demonstrate a liquid level optical fiber sensor based on SNS structure with a water level range of 280mm, 26.6pm/mm sensitivity and 0.9994 linearity. ASu2A.149 Intelligent Distributed Acoustic Sensing System Based on Φ-OTDR and Phase Generated Carrier Algorithm, Xu Tuanwei1, Gaosheng Fang1, Fang Li1; 1Inst Semiconductor, CAS, China. We propose an intelligent distributed acoustic sensing system based on phase generated carrier algorithm and Φ-OTDR. Experiments are carried out to demonstrate the feasibility of the system with correct demodulation and flat frequency response. ASu2A.153 Inclination Control of Laser Beam for Environmental Sensing Network with Optical Wireless Terminal, Kyo Yoishioka1; 1Kochi Univ. of Technology, Japan. We demonstrate method to scan laser beam and find optical wireless terminal, which collects environmental information around the terminal, such as temperature and humidity. We implement thresholding and labeling algorithm to identify the terminal. ASu2A.150 An 86 km direct detection POTDR with copumping 2nd Raman amplification based on random fiber lasing, Yuanwei Zheng2, Yi Li1, Zhenshi Sun1, Mengqiu Fan1, Huijuan Wu1, Zinan Wang1, Yun-Jiang . Rao1; 1Univ. Electronic Sci. & Tech. of China, China; 2Guizhou Power Grid Information and Communication Company, China. An 86 km long POTDR system with 20m spatial resolution has been experimentally demonstrated with direct detection. Co-pumping 2nd Raman amplification based on random fiber lasing is used to amplify the pulsed probe along the fiber, significantly extends sensing distance. ASu2A.154 Metal-Waveguide-Capillary Based PhotometerApplication to Ultra-sensitive Detection of Red Liquid Samples, Min Bai1, Hui Huang1, Jian Hao1, Ji Zhang1, Haibo Wu1, Bo Qu1; 1Dalian Univ. of Technology, China. Trace analysis of liquid samples has wide applications in life science and environmental monitor. In this paper, a compact and low-cost photometer based on metal-waveguide-capillary(MWC) was developed for ultra-sensitive absorbance detection. ASu2A.151 Enhanced BOTDA Performance by Using Commercial Optical Coherent Receiver and Digital Signal Processor, Liang Wang1, Nan Guo1, Kangping Zhong1, Xian Zhou1, Chao JIN1, Chao Lu1, HawYaw Tam1; 1Hong Kong Polytechnic Univ., Hong Kong. We have demonstrated the use of commercial optical coherent receiver and digital signal processor to receive and process the BOTDA sensing signal. The configuration enables communication compatible coherent reception of BOTDA signal with enhanced performance. ASu2A.155 Improvement of depth resolution in optical coherence tomography of dispersive medium with multiple reflections, Takanori Fujimoto1; 1 Kochi Univ. of Technolgy, Japan. We propose and demonstrate a numerical method to improve depth resolution for dispersive medium in Fourier domain optical coherence tomography. Our method can numerically cancel out the dispersion effect without any additional components. ASu2A.156 Measuring Three-Dimensional Refractive Index Maps of Injection-Molded Plastic Lenses Using Optical Diffraction Tomography, Kyoohyun Kim1, YongKeun Park1; 1KAIST, Korea (the Republic of). We present a novel technique to measure 3-D internal structures of optical plastic lenses. Using optical diffraction tomography with sample rotation, 3-D refractive index distribution of plastic lenses is reconstructed with high spatial resolution. ASu2A.160 SI-CARS: CARS Microscopy beyond the Diffraction Limit by Structured Illumination, Christian Pilger1, Henning Hachmeister1, Marcel Müller1, Gerd Wiebusch1, Thomas . Huser1; 1Biomolecular Photonics, Uni Bielefeld, Germany. CARS is an established label-free microscopy technique, but still limited in its spatial resolution by the diffraction limit. Combining CARS with structured illumination holds the potential of a two-fold resolution enhancement. ASu2A.157 Withdrawn. ASu2A.161 Fiber-laser-based 1.2 micron femtosecond Cherenkov radiation source and its applications on nonlinear light microscopy, Jui Wen Pan1; 1Inst. of Photonic System, Taiwan. Despite communications and machining, fiber lasers can be utilized for nonlinear light microscopy. 1.55 mm pulses from an Er-doped-fiber-laser were transformed into 1.2-mm and the practical use of the fiber-optic on nonlinear microscopy was demonstrated. ASu2A.158 Hybrid application of complex wavefront shaping optical coherence tomography and optical clearing agents for the penetration depth enhancement, Hyeonseung Yu1, Jaehyun P. Lee2, YoungJu Jo1, Yong Jeong2, Varley Tuchin3, YongKeun Park1; 1Department of Physics, Korea Advanced Inst. of Science and Technology, Korea (the Republic of); 2Department of Bio and Brain Engineering, Korea Advanced Inst. of Science and Technology, Korea (the Republic of); 3Saratov State Univ.,, Russian Federation. We demonstrate that simultaneous application of optical clearing agents (OCAs) and complex wavefront shaping in a spectral domain optical coherence tomography (SD-OCT) system can provide significant enhancement in the penetration depth. The concurrent applications of two methods successfully operate in tissue phantom and ex-vivo mouse ear imaging. ASu2A.159 Label-free analysis and identification of white blood cell population using optical diffraction tomography, Jonghee Yoon1, Kyoohyun Kim1, Min-hyeok Kim2, YoungJu Jo1, Suk-Jo Kang2, YongKeun Park1; 1Physics, KAIST, Korea (the Republic of); 2Biological science, KAIST, Korea (the Republic of). We present a label-free method for analysis and identification of mouse white blood cell(WBC) populations using three-dimensional refractive index(RI) tomograms. RI tomogram provides biochemical and structural information of WBCs, which enables classification of WBC subtypes. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 56 2015ACP Program.indd 56 11/5/15 3:02 PM ACP 2015 — Sunday, NOTES 22 November ____________________________________________________________________________________________________________________________________________ Room N201, HKCEC ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Sunday, 22 November ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 57 2015ACP Program.indd 57 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Conference Room N202 Conference Room N204/205 11:30–13:00 ASu3A • Photonic Integrated Circuits III Presider: Koji Yamada; AIST, Japan, Japan 11:30–13:00 ASu3B • Semiconductor Lasers Presider: Lei Zhang, Chinese Academy of Sciences, China ASu3B.1 • 11:30 Invited Nonlinear Dynamics for Integrated Twinmicrodisk Laser with Mutually Optical Injection, Yong-Zhen Huang1, Ling-Xiu Zou1, Xiu-Wen Ma1, Yue-De Yang1, Jin-Long Xiao1, Yun Du1; 1Inst. of Semiconductors, Chinese Academy of Sciences, China. We study the nonlinear characteristics of an integrated twin-microdisk semiconductor laser under mutually optical injection. Four-wave mixing, injection locking, and period-two oscillation states are observed by adjusting the injection currents of the two microdisks. ASu3A.2 • 12:00 Non-periodic high contrast gratings reflector with focusing ability, Wenjing Fang1, Yongqing Huang1; 1State Key Laboratory of Information Photonics and Optical Communications, Inst. of Information Photonics and Optical Communications, BUPT, China. High contrast gratings (HCGs) focusing reflector providing phase front control of the reflected light as well as high reflectivity is suggested and experimentally investigated. The fabricated mirror was demonstrated to have excellent beam focusing ability. ASu3B.2 • 12:00 DWELL based laser structure grown by LPMOCVD using InGaP as p-doped cladding layer, Xin Gu1, Qi Wang1, Xiaomin Ren1, Hao Liu1, Guoming Mao1, Shiwei Cai1, Xia Zhang1, Yongqing Huang1; 1BUPT, China. A dot-in-well structure with InGaP p-doped cladding layer was grown by LP-MOCVD. The investigation of replacing the AlGaAs cladding layer by In0.49GaP as well as the optical properties of laser structure has been demonstrated. 11:30–12:45 ASu3C • Fiber Lasers II Presider: Alexander Argyros; Univ. of Sydney, Australia ASu3C.1 • 11:30 Invited Efficient Parametric Conversion for High Power Mid-infrared Laser Output, Yonghang Shen1, Peipei Jiang1, Bo Wu1, Chengzhi Hu1, Jie Wang1; 1 College of Optical Science and Engineering, Zhejiang Univ., China. We report some of our recent work on the ps pulse bunch mid-IR laser output at 3.8 μm through the quasi-synchronized pump scheme. Efficient parametric conversion was realized with a maximum average output power of 7.5 W at 3.8 μm and theconversion efficiency of 16%. Sunday, 22 November ASu3A.1 • 11:30 Invited Facilitating an Integrated Silicon Photonics Platform, Graham T. Reed1, Li Ke1, David Thomson1, Shenghao Liu1, Peter R. Wilson2, Youfang Hu1, Robert T. Topley1, Frederic Gardes1, Ali Z. Khokhar1, Stevan T. Stankovic1, Reynolds Scott1, Colin J. Mitchell1, G Martinez-Jiminez1, Liam O’Faolain3, Noel Healy1, Sakarellis Mailis1, Anna Peacock1, Goran Z. Mashanovich1; 1Univ. of Southampton, Univ. of Southampton, UK; 2EEE, Univ. of Bath, UK; 3Physics and Astronomy, St Andrews, UK. This paper summarises our recent work on an integrated silicon modulator and driver to achieve up to 30Gb/s, with an extinction ratio in excess of 4dB, a fabrication tolerant multiplexer, and a device to facilitate wafer scale testing. Conference Room N208 ASu3C.2 • 12:00 Widely Tunable Narrowband Terahertz Source Based on Difference Frequency Generation from Parameter Light Source, Zhaohui Wu1, Sigang Yang1, Xiaojian Wang1, Minghua Chen1, Hongwei Chen1, Shizhong Xie1; 1Department of Electronic Engineering, Tsinghua Univ., China. A narrow-band tunable terahertz generation system from 1 THz to 2 THz is built based on difference frequency generation pumped by all-fiber highly coherent dual-wavelength light sources from optical parametric process. Conference Room N207 11:30–12:45 ASu3D • Nanomaterials for THz Devices Presider: Ci-Ling Pan; National Tsing Hua Univ., Taiwan ASu3D.1 • 11:30 Tutorial Nanostructured Transparent Conducting Oxides: Characteristics and Applications in the THz Frequency Range, Ci-Ling . Pan1; 1Dept. of Physics, National Tsing Hua Univ., Taiwan. Transparent conducting oxides (TCOs), with high optical transparency and excellent electrical conductivities, form a group of technologically important materials For example, indium tin oxide (ITO) thin films are widely used as transparent electrodes in optoelectronic devices for visible wavelengths. It is well-known, however, that ITO thin films exhibit high reflectance and strong absorption in the terahertz (THz) frequency range. Recently, ITO nanomaterials have attracted a lot of attention, because of its omidirectional and wideband anti-reflection characteristics in the visible and near infrared. These can be used effectively as functional transparent electrodes in the THz frequency range as well. In this tutorial, we will present the fabrication and characterization of several TCOs, including ITO nanomaterials, graphene, and several types of bulk TCO thin films, e.g., AZO and AYZO, for THz applications.. Performance of THz phase shifters with ITO nanomaterials and graphene as transparent electrodes are presented. A graphene-based phase shifter can achieve a phase shift of π/2 at 1.0 THz with an operating voltage of ~2.2 V (rms) which is the lowest driving voltage reported for such devices, to the best of our knowledge. Conference Room N211 11:30–12:45 ASu3E • Access Networks for Next Generation Wireless Presider: Yuki Yoshida, Osaka Univ., Japan ASu3E.1 • 11:30 Cost Effective Self-Seeded WDM Mobile Fronthaul with Adaptive Crosstalk Cancellation and Bit Loading OFDM, Lei Zhou1, Ning Cheng2; 1Advance Access Network Research Center, Huawei Technologies, China; 2American Research Center, Huawei Technologies, USA. Cost-effective mobile fronthaul is implemented using a self-seeded RSOA with 1.5GHz bandwidth. Significant performance improvement is achieved with adaptive crosstalk cancellation and dynamic bit loading, and a capacity of 6.27Gb/s is demonstrated for 20km transmission. ASu3E.2 • 11:45 A First Demonstration of a PON-based Analog Fronthaul Solution Supporting 120 20MHz LTE-A Signals for Future Het-Net Radio Access, Chenhui Ye1, Xiaofeng Hu1, Xiaoan Huang1, Qingjiang Chang1, Xiao Sun1, Zhensen Gao1, Simiao Xiao1, Kaibin Zhang1; 1Alcatel-Lucent Bell Labs Shanghai, China. A p2mp PON architecture based analog mobile fronthaul approach that can accommodate 120 channels of 20MHz 64QAM LTE-A signals for Het-Net access has been experimentally demonstrated over sequential 20km fiber and wireless interface. ASu3E.3 • 12:00 A Resource Sharing C-RAN Architecture with Wavelength Selective Switching and Parallel Uplink Signal Detection, Weijia Du1, Haiyun Xin1, Hao He1, Weisheng Hu1; 1SJTU, China. We proposed a resource sharing architecture for cloud radio access network based on wavelength selective switching and parallel uplink signal detection, which features flexible resource allocation and efficient resource saving for bidirectional fronthaul transmission. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 58 2015ACP Program.indd 58 11/5/15 3:02 PM Conference Room N212 11:30–13:00 ASu3F • DSP for Nonlinear Fiber Transmissions Presider: Chongjin Xie, Alibaba Inc., USA ASu3F.1 • 11:30 Invited Capacity of Nonlinear Fibre Channels and Eigenvalue Division Multiplexing for Optical Transmissions, Sergei K. Turitsyn1; 1Aston Inst. of Photonic Technologies, Aston Univ., UK. The nonlinear Fourier transform, also known as eigenvalue communications, is a coding, transmission and signal processing technique that makes positive use of the nonlinear Kerr effect in fibre channels. I will discuss recent progress in this field. Conference Room N206 11:30–13:00 ASu3G • Fi-Wi Networks Presider: Paolo Monti; Kungliga Tekniska Hogskolan, Sweden ASu3G.1 • 11:30 Invited Efficient Architecture Supporting Coordinated Multipoint Transmission in Mobile Networks, Mozhgan Mahloo 1, Lena . Wosinska 1, Jiajia Chen1; 1Kungliga Tekniska Hogskolan, Sweden. High-capacity architecture is proposed aiming to fulfill stringent latency constraint for coordinated multipoint transmission in mobile networks. It offers obviously lower delay, cost and energy consumption as well as better resiliency than the conventional solutions. Conference Room N203 11:30–13:00 ASu3H • SDN and Network Design Presider: Georgios Zervas; Univ. of Bristol, UK ASu3H.1 • 11:30 Invited Proactive Performance Monitoring in Software Defined Networking, Lian-Kuan Chen1, HonTung Luk1; 1Department of Information Engineering, The Chinese Univ. of Hong Kong, Hong Kong. To facilitate fast performance monitoring, proactive monitoring in Software Defined Networking is proposed and different monitoring strategies are discussed. The reduction of the acquisition time and the additional blocking probability induced are investigated. Conference Room N209 11:30–12:30 ASu3I • Sensors and Biosensing II Presider: Matthew Clark, Univ. of Nottingham, UK ASu3I.1 • 11:30 Sensitivity Enhancement In Optical Coherence Tomography By Fiber Optical Parametric Amplifier, Jiqiang Kang1, Xiaoming Wei1, Bowen Li1, Luoqin Yu1, Xie Wang1, Sisi Tan1, Kenneth Kin-Yip Wong1; 1The Univ. of HongKong, Hong Kong. We demonstrate an all-fiber optical parametric amplifier for the optical coherence tomography system with low illumination optical power for bio-sample. A 15-dB sensitivity enhancement is obtained in a spectral bandwidth of spanning over 100 nm. Conference Room N210 11:30–13:00 ASu3J • Radio Over Fiber II Presider: Gong-Ru Lin; National Taiwan Univ., Taiwan ASu3J.1 • 11:30 Invited Hybrid Fiber-Wireless Integration: Transport Schemes vs Energy Consumption, Christina Lim1; 1 Univ. of Melbourne , Australia. In this paper, we review the work we have conducted in the study of energy consumption of fiber-wireless network based on the different wireless transport schemes. ASu3I.2 • 11:45 A Gold Nanoparticle Amplified Fiber Tapered Biosensor Based on Mesoporous Silica Based Nanospheres, Mingfei Ding1, Bai-Ou Guan1; 1 Jinan Univ., China. We present a label-free and sensitivity-improved fiber tapered biosensor based on mesoporous Ag@SiO2 nanospheres , which is amplified by gold nanoparticle. And the special silica based nano-film improves DNA concentration sensitivity reaching to 1.388 nm/ log M with good linearity. ASu3F.2 • 12:00 Impact of Frequency Offset and Laser Phase Noise on Nonlinear Frequency Division Multiplexed Systems via the Nonlinear Fourier Transform, Zhenhua Dong1, Tao Gui1, Chao Lu2, Alan Pak Tao Lau1; 1EE, Hong Kong Polytechnic Univ., Hong Kong; 2EIE, Hong Kong Polytechnic Univ., China. We study the impact of frequency offset and laser phase noise on the 3-eigenvalue on-off keying modulated systems based on nonlinear Fourier transform. Simulation results show that OOK modulated NFDM systems are robust to the frequency offset and laser phase noise in a certain range. ASu3G.2 • 12:00 Invited WDM Based Solutions and Technologies for Mobile Fronthaul, Ning Deng1, Xu Zhou1; 1 Huawei Technologies Co Ltd, China. This paper gives a review on typical optical system solutions, especially WDM solutions, for mobile fronthaul applications. The ITU-T G.metro solution and a symmetric 25-Gb/s system based on remodulation are addressed in detail. ASu3H.2 • 12:00 Invited Scalable Virtual Optical Network Mapping over Software-Defined Flexible Grid Optical Networks, Xi Wang1, Mukul Prasad1, Fan Yu1, Indradeep Ghosh1, Paparao Palacharla1, Qiong Zhang1, Inwoong Kim1, Tadashi Ikeuchi1; 1Fujitsu Laboratories of America, Inc., USA. Softwaredefined flexible grid optical networks enable new revenue opportunities through delivery of virtual optical network (VON) services. This paper presents a scalable VON mapper for mapping large number of VON demands with different service attributes. ASu3I.3 • 12:00 Linearization of broadband frequency sweep for temperature tuned DFB laser using an optoelectronic feedback loop, Jie Qin1, Qian Zhou1, Weilin Xie1,2, Yi Dong1, Weisheng Hu1; 1 State Key Laboratory of Advanced Optical Communication System and Networks, Shanghai Jiao Tong Univ., China; 2Laboratoire Aimé Cotton, CNRS-Université Paris Sud 11-ENS Cachan, Campus d’Orsay, France. We demonstrate broadband linear frequency sweep generation with a tuning range of 200 GHz by a combination of temperature tuning and optoelectronic feedback compensation, its application in high resolution FMCW reflectometry is successively verified. Sunday, 22 November l n e r h ACP 2015 — Sunday, 22 November ASu3J.2 • 12:00 Invited High-Precision Microwave Phase Transfer and Remote Synchronization Using Frequency Combs, Jungwon Kim1; 1Korea Advanced Inst of Science & Tech, Korea (the Republic of). We show high-precision microwave phase transfer and remote synchronization by delivering frequency combs. Relative frequency instability of 7×10-19 and 5-fs drift (over 8-h) between two 2.856-GHz microwave sources separated by 2.3-km fiber link are demonstrated. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 59 2015ACP Program.indd 59 11/5/15 3:02 PM Sunday, 22 November ACP 2015 — Sunday, 22 November Conference Room N202 Conference Room N204/205 Conference Room N208 ASu3A.3 • 12:15 Sidewall-Grating-Assisted Polymer-Waveguide Directional Coupler for Forward Coupling of Fundamental Modes, Yan Wang2, Kaixin Chen2, Lingfang Wang2, Kin S. Chiang2,1; 1City Univ. of Hong Kong, Hong Kong; 2The Key Laboratory of Optical Fiber Sensing and Communications, Univ. of Electronic Science and Technology of China, China. We demonstrate a sidewall-grating-assisted directional coupler for coupling between the fundamental modes of a few-mode waveguide and a single-mode waveguide. The maximum coupling efficiency is ~99% with a thermal tuning sensitivity of 2.6 nm/°C for the wavelength. ASu3B.3 • 12:15 Mode control for microcylinder laser with nonuniform pumping, Yue-De Yang1, Jin-Long Xiao1, Zhi-Xiong Xiao1, Hai-Zhong Weng1, Yong-Zhen Huang1; 1Inst Semiconductor, CAS, China. We study the mode characteristics in microcylinders with a lossy area, which can suppress whisperinggallery modes and generate high-Q coupled modes. Single-mode operation is achieved in the 15-μm radius microcylinder laser with non-uniform electrical pumping. ASu3C.3 • 12:15 A Novel Bismuth-Doped Fiber Laser for CW Operation between 1625 and 1775 nm, Sergei V. Firstov1, Sergey Alyshev1, Konstantin Riumkin1, Mikhail Melkumov1, Evgeny Dianov1; 1Fiber Optics Research Center, Russian Federation. A new continuous-wave all-fiber bismuth-doped laser with output radiation ranging from 1625 to 1775 nm has been developed. A maximum achieved efficiency and output power were 33% and 1.05 W, correspondingly. ASu3A.4 • 12:30 Invited Back-end Photonics for Silicon-based Integrated Photonic Platform, Koji Yamada1; 1Natl Inst. of Adv. Industrial Science and Technology, Japan. Advanced functionality integration using add-on waveguide systems on a silicon photonic platform is reviewed. The add-on waveguide systems, made of silicon-rich silica, silicon oxynitride, silicon nitride and amorphous silicon, are constructed by back-end-on-line (BEOL) process technologies. ASu3B.4 • 12:30 1650-nm-band Tunable V-Cavity Semiconductor Laser, Haoyu Deng1, Yuan Zhuang1, JianJun He1; 1Zhejiang Univ., China. We present a 1650-nm-band wavelength tunable V-cavity semiconductor laser for applications in methane detection. The laser does not require grating or epitaxial regrowth. A tuning range of over 16nm is achieved, with side mode suppression ratio (SMSR) above 30dB. ASu3C.4 • 12:30 Laser phase noise measurement by using an adjustment-free Michelson interferometer based on 3×3 optical coupler, Dan Xu1, Fei Yang1, Dijun Chen1, Haiwen Cai1, Ronghui Qu1; 1Chinese Academy of Sciences, USA. An adjustment-free laser phase and frequency noise measurement based on Michelson interferometer composed of 3×3 optical coupler was proposed. The differential/ instantaneous phase and frequency fluctuation PSD of an NKT fiber laser were measured and discussed. Conference Room N207 Conference Room N211 ASu3E.4 • 12:15 Invited Bandwidth-Efficient Mobile Fronthaul Transmission for Future 5G Wireless Networks, Xiang Liu1, Huaiyu Zeng1, Naresh Chand1, Frank Effenberger1; 1Huawei R&D, USA. We review recent advances in bandwidth-efficient mobile fronthaul transmission where multiple wireless signals are aggregated and transmitted with their spectral bandwidths unchanged. Applying this technique to future 5G wireless networks with massive-MIMO is also discussed. ASu3D.2 • 12:30 Withdrawn. ASu3B.5 • 12:45 Wide Wavelength Tuning in V-Coupled-Cavity Laser integrated with a Fabry-Perot Filter, Xiaolu Liao1, Jianjun Meng1, Jian-Jun He1; 1Zhejiang Univ. , China. We report our experimental results on a V-coupled cavity semiconductor tunable laser integrated with a Fabry-Perot tunable filter. Wavelength tuning of 43 channels with 100GHz spacing is demonstrated with side mode suppression ratio around 40dB. 13:00–14:30 Lunch Break, On Your Own Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 60 2015ACP Program.indd 60 11/5/15 3:02 PM A T M M A D K R I t s o N t h r ACP 2015 — Sunday, 22 November Conference Room N212 Conference Room N206 Conference Room N203 ASu3F.3 • 12:15 The Impact of Receiver IQ Imbalance on Multi-soliton NFDM Transmissions with OOK Modulation, Tao Gui1, Zhenhua Dong1, Chao Lu2, Alan Pak Tao Lau1; 1Photonics Research Centre, Department of Electrical Engineering, The Hong Kong Polytechnic Univ., Hong Kong; 2Photonics Research Centre, Department of Electronic and Information Engineering, The Hong Kong Polytechnic Univ., Hong Kong. We studied through simulations the impact of receiver IQ imbalance on multi-eigenvalue on-off keying modulated NFDM transmission systems. The results show that the eigenvalues detecting of propagated high order multi-solitons are very sensitive to the receiver amplitude and phase imbalances. Conference Room N209 Conference Room N210 ASu3I.4 • 12:15 Temporal-magnification tomography with improved imaging stability, Bowen Li 1, Chi Zhang2, Sisi Tan1, Yiqing Xu1, Xiaoming Wei1, Jiqiang Kang1, Kenneth Kin-Yip Wong1; 1Univ. of Hong Kong, China; 2Huazhong Univ. of Science and Technology, China. The imaging stability of temporal magnification tomography is improved by phase locking the source repetition rate. The influence of repetition-rate fluctuation on the system is analyzed and experimentally demonstrated through imaging performance. ASu3G.3 • 12:30 Novel Virtual Network Embedding Algorithm Based on QoS Satisfaction for Fiber-Wireless Access Network, Pengchao Han1, Yejun Liu1, Lei Guo1, Jian Hou1, Xu Han1; 1Northeastern Univ., China. This paper focuses on the virtual network embedding problem in fiber-wireless access network, and proposes an algorithm for the embedding of virtual networks with different QoS requirements. Simulation results verify the effectiveness of proposed algorithm. ASu3F.5 • 12:45 Fundamental Limitations of Digital Back Propagation due to Polarization Mode Dispersion, Kseniia Goroshko1, Hadrien Louchet1, Andre Richter1; 1VPIphotonics, Germany. We investigate the PMD-induced penalty on digital back propagation by means of numerical simulations and show that its mean and standard deviation correlate with the accumulated link DGD. An analytical model supports our numerical results. ASu3G.4 • 12:45 Optimization Framework for Deployment of Hybrid Fiber Wireless Networks with Survivability Constraints, Yinpeng YU1,2, Chathurika Ranaweera1, Christina Lim1, Elaine Wong1, Lei Guo2, Yejun Liu2, Ampalavanapillai Nirmalathas1,3; 1 The Univ. of Melbourne, Australia; 2Northeastern Univ., China; 3Melbourne Networked Society Inst., Australia. This paper presents an optimized deployment framework of hybrid fiber wireless networks integrating with connectivity, delay, capacity, and survivability constraints. Simulation results demonstrate the feasibility of this framework in the context of an urban deployment. ASu3H.3 • 12:30 Invited Applying Hadoop Cloud Computing Technique to Optimal Design of Optical Networks, Yongcheng Li1, Gangxiang Shen1, Bowen Chen1, Mingyi Gao1, Xiaodong Fu2; 1Soochow Univ., China; 2Zhongtian Broadband Technology, China. We develop a Hadoop cloud computing system to parallel solve the bin-packing optimization problems in the optical network. Simulation studies show that compared to a single machine, the Hadoop system can significantly shorten computation time while achieving performance close to optimality. ASu3J.3 • 12:30 Radio-over-fiber-based distributed antenna system with transmit-receive antenna diversity for passive UHF RFID, Dan Tan1, Jianqiang Li1, Ningxi Gong1, Feifei Yin1, Yitang Dai1, Yue Zhou1, Kun Xu1; 1Beijing Univ. of Posts and Telecommunications, Beijing, China., State Key Laboratory of Information Photonics and Optical Communication, China. RFID has played an important role in the fields of intelligent production. However, the tag detection accuracy is always a tough problem. In this paper, we proposed and established a new RoF DAS RFID system with RF switches. The demonstrator system shows that new approach can improve the tag detection accuracy by almost 15%. ASu3J.4 • 12:45 An M-ary SVM-Based Detection for 16-QAM RoF System with Data-Dependent Cross Modulation Distortion, Dan Li1, Song Yu1, Tianwei Jiang1, Yi Han1, Wanyi Gu1; 1State Key Laboratory of Information Photonics and Optical Communications, Beijing Univ. of Posts and Telecom, China. An M-ary support vector machine (SVM) detection is proposed for modulation nonlinearity limited radio-over-fiber (RoF) system with realistic signal. At low BER, it doubles the RF power operating range compared with traditional hard-decision detection. Sunday, 22 November ASu3F.4 • 12:30 Optimized SVM-based Decision Processor for 16QAM Coherent Optical Systems to Mitigate NLPN, Danshi Wang1; 1Beijing Univ Posts & Telecommunications, China. Based on the crossvalidation and grid-search, a parameter optimization method for SVM-based decision processor is proposed. Compared with random selection scheme, the performance is improved significantly, and the BER reaches lower than 3.0×10-4. 13:00–14:30 Lunch Break, On Your Own Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 61 2015ACP Program.indd 61 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Conference Room N202 Conference Room N204/205 14:30–16:00 ASu4A • Integrated Nonlinear Optics Presider: David J. Moss, Australia 14:30–16:00 IPOC Special Tutorial Latest Novel Understandings of Electron States Architectures in Crystalline Materials and Likely of the Whole Physics 14:30–16:00 ASu4B • Specialty Optical Fiber Presider: Chris Xu; Cornell Univ., USA Conference Room N207 14:30–16:00 Industry Forum ASu4B.1 • 14:30 Invited Recent Research and Development Progress on Photonic Specialty Fiber, Weijun Tong1,2; 1 YOFC, China; 2State Key Laboratory of Optical Fiber and Cable Manufacture Technology, China. Specialty fiber has important applications in optical fiber devices. YOFC’s recent progress on specialty fibers like coupler fiber, device-type PMF, active fiber for fiber lasers and so on will be demonstrated. Conference Room N211 14:30–16:00 ASu4C • Data Center Optics Presider: Tomoo Takahara, Fujitsu Limited, Japan ASu4C.1 • 14:30 Invited Optical Interconnects in Data Centers, Chongjin Xie1; 1Ali Infrastructure Service, Alibaba Group, China. We discuss optical interconnect technologies for intra-datacenter networks and show that with the network speed moving up to 100Gb and 400G, no single technology can satisfies the need of all datacenters. Sunday, 22 November ASu4A.1 • 14:30 Invited New CMOS Compatible Platforms for Integrated Nonlinear Optics, David J. Moss1,2; 1 Micro-Nano Research Facility, RMIT Univ., Australia; 2Electrical and Computer Engineering, RMIT Univ., Australia. This paper reviews recent progress in CMOS-compatible platforms for nonlinear optics including amorphous silicon and Hydex, highlighting their new capabilities such as on-chip optical frequency comb generation and ultrafast optical pulse generation and measurement. Conference Room N208 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 62 2015ACP Program.indd 62 11/5/15 3:02 PM n , - ACP 2015 — Sunday, 22 November Conference Room N212 14:30–16:00 ASu4D • Coherent Optical Signal Processing Presider: Chester C.T. Shu; Chinese Univ. of Hong Kong, Hong Kong ASu4D.1 • 14:30 Tutorial Coherent Signal Processing: Fundamentals and Applications, Stojan Radic1; 1ECE Dept./Univ. of California, San Diego, USA. Hybrid, photonicselectronics signal processing is becoming increasingly important with introduction coherent modulation formats. Bridging the speed- and dissipation-gap imposed by electronics, hybrid processor has widespread use in communications, sensing and general computing. Conference Room N206 14:30–15:45 ASu4E • SDN and EON II Presider: Biswanath Mukherjee; Univ. of California Davis, USA 14:30–16:00 ASu4F • SDN Presider: Lei Guo; Northeastern Univ. (China), China ASu4F.1 • 14:30 Experimental Demonstration and Assessment of Multi-Domain SDTN Orchestration Based on Northbound API, Hui Ding4, Guoying Zhang4,1, Yunbo Li2, Ruixue Gong3, Zhengxin Guo3; 1Information Photonics and Optical Communication Inst., Beijing Univ. of Posts and Telecommunications, China; 2China Mobile Research Inst., China; 3 Beijing Univ. of Posts and Telecommunications, China; 4China Academy of Information and Communication Research, China. We present the experimental demonstration of a multi-domain SDTN network orchestration architecture through northbound interface. The interoperability among different vendor OTN equipment via the controller NBI is successfully validated and orchestration performance is assessed. Conference Room N209 14:30–15:45 ASu4G • Label Free Techniques Presider: Wei Chen, Univ. of Central Oklahoma, USA ASu4G.1 • 14:30 Invited Quantitative Phase Imaging Techniques for the Study of Pathophysiology of Cells and Tissues, YongKeun Park1; 1Department of Physics, Korea Advanced Inst of Science & Tech, Korea (the Republic of). We will discuss about the recent technical developments for measuring three dimensional refractive index distributions of individual biological cells and tissues. In particular, we will present optical techniques which convert an existing optical microscope into a quantitative phase microscope. ASu4F.2 • 14:45 Demonstration of Hierarchical Control for Multi-domain and Multi-vendor Softwaredefined Packet Transport Network, Xinjun Liu1, Rentao Gu1, Han Li2, Yanxia Tan1, Lei Wang2, Lin Bai1, Qin Li2, Jie Zhang1, Yuefeng Ji1; 1Beijing Univ. of Posts and Telecomm, China; 2China Mobile Research Inst., China. We demonstrate a hierarchical controller architecture for multi-domain and multivendor packet transport networks using enhanced Ryu controller, allowing dynamic load balancing and fast path protection, which are validated in a multi-vendor SPTN testbed. Conference Room N210 14:30–16:00 ASu4H • Modulation and Multiplexing Techniques Presider: Christina Lim; Univ. of Melbourne , Australia ASu4H.1 • 14:30 Invited Fractional-OFDM Transmission for Time/ Frequency Multiplexing in Elastic Networks, Tsuyoshi . Konishi1, Takuya Murakawa1, Tomotaka Nagashima 1, Satoshi Shimizu 2, Makoto Hasegawa1, Kuninori Hattori3, Masayuki Okuno3, Shinji Mino3, Akira Himeno3, Naoya Wada2, Hiroyuki Uenohara4, Gabriella Cincotti5; 1Graduate School of Engineering, Osaka Univ., Japan; 2NICT, Japan; 3NTT Electronics, Japan; 4Tokyo Inst. of Technology, Japan; 5Univ. Roma Tre, Italy. We have demonstrated a hybrid OFDM/N-OTDM using an time/frequency grid based on Fractional-OFDM to exploit latent flexibility in multiplexing for elastic networks. This scheme allows us to switch either OFDM or N-OTDM at a receiver. Sunday, 22 November ASu4E.1 • 14:30 Invited Survivable Multicast Routing and Spectrum Assignment in Light-Tree-Based Elastic Optical Networks, Anliang Cai1, Moshe Zukerman1, Rongping Lin3, Gangxiang Shen2; 1EE Dept, City Univ. of Hong Kong, Hong Kong; 2School of Electronic and Information Engineering, Soochow Univ., China; 3School of Communication & Information Engineering, Univ. of Electronic Science and Technology of China, China. We formulate MILP models and develop efficient heuristic algorithms for survivable multicast routing and spectrum assignment in light-tree based elastic optical networks considering physical layer impairments. Numerical results demonstrate the performance of our heuristics. Conference Room N203 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 63 2015ACP Program.indd 63 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Sunday, 22 November Conference Room N202 Conference Room N204/205 Conference Room N208 Conference Room N207 Conference Room N211 ASu4A.2 • 15:00 Enhanced self-phase modulation in silicon suspended membrane waveguides, Yaojing Zhang1, Zhenzhou Cheng1, Linghai Liu1, Bingqing Zhu1, Jiaqi Wang1, Wen Zhou1, Xinru Wu1, Hon K. Tsang1; 1The Chinese Univ. of Hong Kong, Hong Kong. We experimentally compared the self-phase modulation (SPM) in conventional silicon-on-insulator (SOI) waveguides and silicon suspended membrane waveguides (SMWs) by measuring the spectral broadening of optical pulses. Enhanced SPM was observed in SMWs. ASu4B.2 • 15:00 3D printing optical fibre preforms, John . Canning1, Kevin Cook1, Yanhua Luo2, Sergio LeonLaval1, Gang-Ding Peng2, Eduoard Comatti1, Arafat Hossain1, Zane Reid1; 1Univ. of Sydney, Australia; 2UNSW, Australia. 3D printing of optical fibre preforms is reported. Tens of meters of air-structured optical fibre made from a propriety combination of acrylonitrile butadiene styrene (ABS) and polystyrene is drawn. Propagation losses better than α < 1.5 dB/cm @ 632 nm, α < 0.75 dB/cm @ 1064 nm, and α < 1.51 dB/cm @ 1550 nm are obtained. ASu4C.2 • 15:00 Comparing 52 Gbps Duobinary and 4-PAM Transmission Over 100m OM-3 Fiber With 25 GHz Class VCSELs, Lau Suhr1, Ilya Lyubomirsky2, Henry Daghighian2, Chris Kocot2, Idelfonso Tafur Monroy1, Juan Jose . Vegas Olmos1; 1Technical Univ. of Denmark, Denmark; 2Finisar Corp, USA. This paper compares VCSEL based transmission of 52 Gbps duobinary-NRZ and 4-PAM over 100m OM-3 fiber employing a linear equalizer in the receiver. ASu4A.3 • 15:15 Non-degenerate Two-photon Absorption in Silicon Waveguides, Young Zhang1, Chad Husko1,2, Simon Lefrancois1, Isabella H. Rey,4, Thomas. Krauss4, Jochen S. Schroeder3, Benjamin Eggleton1; 1Univ. of Sydney, Australia; 2Center for Nanoscale Materials, Argonne National Laboratory, USA; 3School of Electrical and Computer Engineering, RMIT, Australia; 4Department of Physics, Univ. of York,, UK. We investigated nondegenerate two-photon absorption in silicon waveguides using a probe-pump scheme. An analytic solution of the probe is derived and a simple approach is provided to experimentally extract the effect of each loss on the pump and probe powers. ASu4B.3 • 15:15 Graded-Index Few-Mode Multi-Core Fiber with Dual-Ring Structure, Jiajing Tu1, Keping Long1, Kunimasa Saitoh2; 1Univ. of Sci & Tech Beijing, China; 2Hokkaido Univ., Japan. We proposed a two-mode supporting multi-core fiber with dualring structure. The maximum XT11-11 achieves -33 dB/100km, maximum Rpk is 11.03 cm, and RCMF reaches 15.28. ASu4C.3 • 15:15 Towards 100 Gb/s Serial Optical Links over 300m of Multimode Fibre Using Single Transverse Mode 850nm VCSEL, Bo Wu1, Xian Zhou2, Nikolay Ledentsov3, Jun Luo1; 1Huawei Technologies Co., Ltd, China; 2Hong Kong Polytechnic Univ., China; 3VI System GmbH, Germany. 82Gbps (over 100m), 75Gbps (200m), and 72Gbps (300m) transmission is achieved at BER <5e-3 using single mode VCSEL and DMT modulation with received optical power of -5 dBm. 100Gbps is evaluated by reducing coupling loss. ASu4A.4 • 15:30 Optical Absorption and Thermal Nonlinearities in Graphene-on-Silicon Nitride Microring Resonators, Jiaqi Wang1, Zhenzhou Cheng1, Ke Xu2, Chester C.T. Shu1, Hon K. Tsang1; 1Department of Electronic Engineering, The Chinese Univ. of Hong Kong, Hong Kong; 2School of Electronic and Information Engineering, Harbin Inst. of Technology, Shenzhen Graduate School, China. We study thermal nonlinearities of grapheneon-silicon nitride (Si3N4) microring resonators. The resonance lineshapes are experimentally compared between 40 µm- and 70 µm- long graphene integrated Si3N4 microring resonators at different input optical powers. ASu4B.4 • 15:30 Ultra-low loss fiber with segmented-core and depressed inner cladding, Marzieh Pournoury1, Ali Zamiri3, Dae Seung Moon2, Kyunghwan Oh1; 1 Yonsei Univ., Korea (the Republic of); 2Samsung Electronics Co, Korea (the Republic of); 3School of Mechanical Engineering, Korea (the Republic of). A new ultra-low loss fiber is numerically proposed. We have shown loss of less than 0.3dB/km at 1310nm, 0.18dB/km at 1550nm for step-index fibers which consist of conventional glass compositions while satisfying ITU-G.652.D attributes. ASu4C.4 • 15:30 Invited Data Center Optics: the emerging scaling challenges, Xiang Zhou1; 1Google inc, USA. This talk will present an overview on large data center interconnection network metrics and the emerging scaling challenges. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 64 2015ACP Program.indd 64 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Conference Room N212 M , r l r r r , c Conference Room N203 Conference Room N209 Conference Room N210 ASu4E.2 • 15:00 Spectrum-Maximized Sharing Protection in Software-Defined Elastic Optical Networks, Bowen Chen1, Xiaoling Wang1, Gangxiang Shen1, Yongli Zhao2, Jie Zhang2; 1Soochow Univ., China; 2 Beijing Univ. of Posts and Telecommunications, State Key Laboratory of Information Photonics and Optical Communications, China. We develop a spectrum-maximized sharing protection approach (SMSPA) to improve the spectrum efficiency in software-defined elastic optical networks. Simulation results show that SMSPA significantly reduces the blocking probability and spectrum occupation ratio. ASu4F.3 • 15:00 Demonstration of Spectrum Aggregation for Virtual Optical Network Embedding in Software Defined Optical Networks, Wei Wang1, Haomian Zheng2, Yongli Zhao1, Jie Zhang1, Haoran Chen1, Yi Lin2, Baogang Hou2, Jianrui Han2; 1 State Key Laboratory of Information Photonics and Optical Communications, Beijing Univ. of Post and Telecom, China; 2Huawei Technologies Co., Ltd., China. A Spectrum Aggregation scheme based on Logical Neighbor Node (SA-LNN) is proposed for Virtual Optical Network (VON) embedding in software defined optical networks. SA-LNN is demonstrated on our testbed to verify its rationality and feasibility. ASu4G.2 • 15:00 Confocal surface plasmon microscopy with vortex beam illumination for biosensing application, Suejit Pechprasarn1, Wai-Kin Chow1, Jingkai Meng1, Michael G. Somekh1; 1Electronic and Information Engineering, Hong Kong Polytechnic Univ., Hong Kong. In this paper, we demonstrate that by employing vortex beam illumination and radial polarization one can perform multiple phase step measurement in one single measurement using our recently developed confocal surface plasmon microscope. ASu4H.2 • 15:00 Asynchronous Multiple Access in Visible Light Communication System Based on DFT Spread OFDM/OQAM, Junwei Zhang1, Xuezhi Hong1, Liu Liu1, Sailing He2,1; 1South China Normal Univ., South China Academy of Advanced Optoelectronics, China; 2Royal Inst. of Technology (KTH), JORCEP (Sino-Swedish Joint Research Center of Photonics), Department of Electromagnetic Engineering, Sweden. A multiuser asynchronous visible light communication system adopting DFT spread (DFS-) OFDM/OQAM is proposed and experimentally demonstrated. Both high spectral locality and low peak-to-average power ratio are achieved with DFTS-OFDM/OQAM, which improves system’s transmission performance. ASu4E.3 • 15:15 Electronic Traffic Grooming in Dedicated Path Protected IP over Elastic Optical Network , Fengxian Tang1, Gangxiang Shen1, Lian Xiang1, Mingyi Gao1; 1School of Electronic and Information Engineering, Soochow Univ., China. We propose different electronic traffic grooming schemes for IP over elastic optical networks with dedicated path protection. Simulation results show that the proposed approaches can significantly improve network capacity unitization and reduce the number of transponders. ASu4F.4 • 15:15 Demonstration of Bandwidth on Demand (BoD) Provisioning based on Time Scheduling for Multi-tenants in Software Defined Data Centers Optical Networks, Fan Yi1, Yongli Zhao1, Jie Zhang1; 1Beijing Univ of Posts & Telecom, China. A dynamic bandwidth on demand (BoD) provisioning solution based on time scheduling is experimentally demonstrated on software defined data center optical networks (SD-DCON) testbed. The performance of blocking probability and resource utilization for multi-tenants has been evaluated with experimental results. ASu4G.3 • 15:15 Surface and bulk refractive index measurement using ultra-thin sliver-coated tilted fiber grating, Xuhui Qiu1, Liu Liu1, Tuan Guo1, BaiOu Guan1, Jacques Albert2; 1Inst. of Photonics Technology, Jinan Univ., China; 2Carleton Univ., Department of Electronics, Canada. High sensitive ultra-thin silver-coated tilted fiber grating has been proposed for “surface” and “bulk” surrounding refractive index (SRI) measurement with an amplitude variation sensitivity of 8100 dB/ RIU and a limit of detection of 10-5 RIU. ASu4H.3 • 15:15 Optical Single-Sideband Modulation Based on Stimulated Brillouin Scattering, Di Zheng1, Wei Pan1, Xihua Zou1, Weili Zhang2, XInkai Liu1; 1 Southwest Jiaotong Univ., China; 2Univ. of Electronic Science & Technology of China, China. A novel approach for implementing optical single sideband modulation (OSSB) based on stimulated Brillouin scattering is proposed. The OSSB modulation is implemented over 7.5-20 GHz with a sideband suppression ratio of 30 dB. ASu4E.4 • 15:30 A Novel Migration-Aware Protection Scheme in Co-Existing Fixed and Flexible Grid Optical Networks, Yuanlong Tan1, Xiaosong Yu1, Yongli Zhao1, Hui Yang1, Guoying Zhang1,2, Huixia Ding3, Jie Zhang1; 1Beijing Univ. of Posts and Telecoms, China; 2China Academy of Telecom. Research (CATR), China; 3China Electric Power Research Inst., China. This paper addresses the traffic survivability issue in the migration scenario from fixed grid to flexible grid in optical networks, proposes a novel Migration-Aware Protection (MAP) scheme, and evaluates its performance under different traffic models. ASu4F.5 • 15:30 Multi-layer SDN Control with Smart Service Provision Strategy for Core Packet Optical Networks, Yu Zhou1, Shanguo Huang1, Shan Yin1, Jing Zhou2, Lin Cui3, Yongli Zhao1, Jie Zhang1, Wanyi Gu1; 1Beijing Univ. of Posts and Telecommunications, China; 2State Grid Smart Grid Research Inst., China; 3State Grid Jiangsu Electric Power Research Inst., China. A smart service provision strategy is proposed for providing flexible services based on Packet-Optical Convergence SDN control with dynamic allocation of transport resource and service-aware control, and experimentally demonstrated on the extended ONOS testbed. ASu4G.4 • 15:30 Quantitative characterization of neurotoxicity effects on individual neuron cells using optical diffraction tomography, Jonghee Yoon1, Su-A Yang2, Kyoohyun Kim1, YongKeun Park1; 1Physics, KAIST, Korea (the Republic of); 2Biological science, KAIST, Korea (the Republic of). We perform quantitative analysis of neurotoxicity effects induced by MPP+ on individual neuron cells (SH-SY5Y) using optical diffraction tomography. Neurotoxic effects of MPP+ on SH-SY5Y cells were characterized by quantitative structural and biochemical information obtained from measured three-dimensional refractive index distributions. ASu4H.4 • 15:30 Noise Tolerance in Modulation Format Conversion from QPSK to BPSK Using Four-WaveMixing in Highly Nonlinear Fiber, Rina Ando1, Hiroki Kishikawa 1, Nobuo Goto 1, Shin-ichiro Yanagiya1; 1Tokushima Univ., Japan. Conversion between different modulation formats is one of key processing functions for flexible networking. We have proposed the conversion from QPSK to BPSK using FWM and interference. The noise tolerance is discussed using numerical simulation. Sunday, 22 November - ASu4D.2 • 15:30 Invited Coherent Optical Signal Processing using Optical Frequency Combs and Injection Locked VCSELs, Peter J. Delfyett 1; 1Univ. of Central Florida, USA. Optical frequency combs are used as coherent orthogonal signals to realize ultrafast signal processing. We demonstrate sampling, arbitrary waveform generation and matched filtering using combs and vertical cavity surfacing emitting lasers as modulation elements for individual comb components. Conference Room N206 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 65 2015ACP Program.indd 65 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Conference Room N202 ASu4A.5 • 15:45 Four Wave Mixing in a CMOS Compatible 5th Order Cascaded Ring Resonators, Li Jin1, Alessia Pasquazi2, Luigi Di Lauro2, Marco Peccianti2, Brent E. Little3, David J. Moss4, Roberto Morandotti5, Sai Tak Chu1; 1Department of Physics and Materials Science, City Univ. of Hong Kong, Hong Kong; 2 Department of Physics and Astronomy, Univ. of Sussex, UK; 3Xi’an Inst. of Optics and Precision Mechanics of CAS, China; 4School of Electrical and Computer Engineering, RMIT Univ., Australia; 5 INRS - Énergie, Matériaux et Télécommunications, Canada. Four-wave mixing in a thermal tunable 5th order cascaded CMOS compatible ring resonators is experimentally and numerically investigated. Flat bandwidth conversion of 3.1GHz is obtained for a range of parameter. Conference Room N204/205 Conference Room N208 Conference Room N207 Conference Room N211 ASu4B.5 • 15:45 A Supermode Fiber with Strong Mode Coupling for Space-Division Multiplexing, Jin Luo1, Mei Sang1, Ningbo Zhao1, Jian Zhao1, Guifang Li1,2; 1Tianjin Univ., China; 2Univ. of Central Florida, USA. A supermode fiber is designed with appropriate parameters to obtain large mode field overlap. Bending and tilted long-period gratings are introduced to achieve strong mode-coupling and significantly reduce the DMD in spacedivision multiplexing. Sunday, 22 November 16:00–16:30 Coffee Break around Exhibition Area, Room N201, HKCEC Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 66 2015ACP Program.indd 66 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Conference Room N212 Conference Room N206 Conference Room N203 Conference Room N209 ASu4F.6 • 15:45 Degree-Prior Distance-Adaptive Virtual Network Embedding Algorithm over Flex-Grid Optical Network, Futao Yang1,2, Jie zhang2, Lei Wang1, Xue Chen1, Yang Zhao1; 1State Key Lab of Information Photonics and Optical Communications, Beijig Univ. of Posts and Tele communications, China; 2School of Physical Science and Technology, Anshan Normal Univ., China. We propose a heuristic algorithm about virtual network embedding over flex-grid optical network to improve the utility efficiency of network. Evaluation shows it obtains better performance than current corresponding algorithm. Conference Room N210 ASu4H.5 • 15:45 Ultra-wideband Monocycle Pulses Amplitude Modulation Based on Integrated Microring Modulator, Xinru Wu1; 1The Chinese Univ. of Hong Kong, China. We experimentally demonstrate an approach for UWB monocycle pulses generation and modulation simultaneously with an integrated microring modulator. 2.5 Gb/s amplitude modulated monocycle pulses are modulated with a pattern without zero padding. 16:00–16:30 Coffee Break around Exhibition Area, Room N201, HKCEC Sunday, 22 November Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 67 2015ACP Program.indd 67 11/5/15 3:02 PM Sunday, 22 November ACP 2015 — Sunday, 22 November Conference Room N202 Conference Room N204/205 16:30–18:00 ASu5A • Photodetectors Presider: Toshimasa Umezawa; National Inst of Information & Comm Tech, Japan 16:30–18:00 ASu5B • Optical Modulators Presider: Hon Tsang; Chinese Univ. of Hong Kong, Hong Kong Conference Room N208 16:30–18:00 ASu5C • Novel Fiber Devices I Presider: Yonghang Shen; Zhejiang Univ., China Conference Room N207 16:30–18:00 Industry Forum Conference Room N211 16:30–18:00 ASu5D • Spatial Division Multiplexing II Presider: Yoshinari Awaji, NICT, Japan ASu5A.1 • 16:30 Invited Bias-free high-baud-rate UTC-PD for highdensity implementations in parallel photonics, Toshimasa Umezawa 1, Atsushi Matsumoto 1, Kouichi Akahane1, Atsushi Kanno1, Naokatsu Yamamoto1, Tetsuya Kawanishi1,2; 14-2-1, NukuiKitamachi, National Inst of Information & Comm Tech, Japan; 2Waseda Univ., Japan. We discussed crosstalk issues on parallel photonics assuming high-density integration and these solutions. RF crosstalk has become a more serious problem than optical crosstalk. A bias free photoreceiver was proposed and fabricated. ASu5B.1 • 16:30 Invited Silicon Photonics Based on Ge/SiGe Quantum Well Structures, Delphine Marris-Morini1, Papichaya Chaisakul1, Jacopo Frigerio2, MohamedSaid Rouifed1, Vladyslav Vakarin1, Daniel Chrastina2, Xavier Le Roux1, Giovanni Isella2, Laurent Vivien 1; 1Université Paris-Sud / IEF - CNRS, Université Paris-Sud 11, France; 2L-Ness, Politecnico Di Milano, Italy. Ge/SiGe Quantum well structures have a strong potential to revolutionize silicon photonics. This paper reviews recent works including high speed modulator and photodetector, QW engineering to tune the wavelength and waveguide integration. ASu5C.1 • 16:30 Invited In–fiber Silicon Microshperes, Limin Xiao1,2, Noel Healy2, Zondy Webber3, Thomas Hawkins4, Max Jones4, John Ballato4, Ursula Gibson5, Anna Peacock2; 1Dept. of Optical Science and Engineering, Fudan Univ., China; 2Optoelectronics Research Centre,, Univ. of Southampton, UK; 3 Department of Physics and Astronomy, Univ. of Southampton, UK; 4Department of Material Science and Engineering, Clemson Univ., USA; 5 Department of Physics, Norwegian Univ. of Science and Technology, Norway. We have proposed and demonstrated an approach to fabricate integrated in-fiber silicon microspheres, which have nearly atomically smooth surface roughness ~0.16 nm. The hybrid structure forms a cavity with high temperature sensitivity ~ 80 pm/°C. ASu5D.1 • 16:30 Invited Space Division Multiplexing for Optical Networks, Ezra Ip1, Giovanni Milione1, Yue-Kai Huang1, Ting Wang1; 1NEC Laboratories America Inc, USA. We review few-mode fiber transmission in terms of how DSP complexity and modedependent gain scales with the number of spatial modes. FMF may be most suitable for short-reach applications where MIMO equalization and inline amplification are not required. ASu5A.2 • 17:00 60 GHz Germanium Photodetector Using Wire Bonding Technology, Guanyu Chen1, Yu Yu1, Chunlei Sun1, Beibei Wu1, Shupeng Deng2, Lei Liu2, Xinliang Zhang1; 1Wuhan National Laboratory for Optoelectronics & School of Optical and Electronic Information, Huazhong Univ. of Science and Technology, China; 2Transmission Technology Research Department, Huawei Technologies, China. We propose a new method for increasing the bandwidth of the Ge photodetector using wire bonding technology. Simulation and experimental results show that the bandwidth can be extended from less than 30GHz to over 60GHz. ASu5B.2 • 17:00 Improvement in the modulation bandwidth of MOS optical modulators by using p-SiGe slab, Jaehoon Han1,2, Mitsuru Takenaka1,2, Shinichi Takagi1,2; 1The Univ. of Tokyo, Japan; 2JST-CREST, Japan. The modulation bandwidth of MOS optical modulators can be improved by low-resistive p-SiGe slab. In conjunction with the enhanced plasma dispersion in SiGe, the bandwidth can be improved by 1.3 times with shorter device length. ASu5C.2 • 17:00 Invited Optical Pulse Compression Reflectometry with High Spatial Resolution and Long Range, Weiwen Zou1, Jianping Chen1; 1State Key Laboratory of Advanced Optical Communication Systems and Networks, Shanghai Jiao Tong Univ., China. In this talk, we introduce the novel reflectometry with high spatial resolution and long range, which is nominated optical pulse compression reflectometry (OPCR). The working principle, numerical simulation, and state-of-the-art experimental achievements of the OPCR are demonstrated. ASu5D.2 • 17:00 Performance of Space-Division Multiplexed Systems Adopting Multi-Core Fibers and Receiver Diversity, Mai Banawan1, Amira Hussein1, Ziad A. El-Sahn1, Hossam M. H. Shalaby1,2; 1 Electrical Engineering Department, Photonics Group, Egypt; 2Electronics and Communications Engineering, Egypt-Japan Univ. of Science and Technology, Egypt. The performance of MCFbased systems with MRC receiver diversity is studied at different levels of inter-core crosstalk. We demonstrate improvement in system performance at high values of crosstalk without the need for extensive MIMO-DSP. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 68 2015ACP Program.indd 68 11/5/15 3:02 PM ACP 2015 — Sunday, 22 November Conference Room N212 16:30–18:00 ASu5E • Transceivers II Presider: Fatih Yaman, NEC Labs America, USA Conference Room N206 16:30–18:00 ASu5F • Network Survivability Presider: Gangxiang Shen; Soochow Univ., China ASu5F.1 • 16:30 Invited Disaster Resilience in SDN: A Case Study, Rakhee Tiwari1, Sedef Savas1, M. Farhan Habib1, Pulak Chowdhury 1 , Biswanath Mukherjee 1 ; 1 Comp. Sci. Dept., Univ. of California Davis, USA. Disaster-aware provisioning strategies have been proposed to mitigate the damage of large-scale disasters in optical networks. In this study, we analyze the performance of SDN under a disaster scenario through a network emulation using Mininet. ASu5E.2 • 17:00 Improved Generation Scheme of Multi-Carrier Optical Source based on Re-circulating Frequency Shifter for Tbit/s Optical Transmission, Zhuo Cai1, Ji Zhou1, Zufeng Liu1, Zhansheng Wang1, Yaojun Qiao1; 1Beijing Univ Posts & Telecommunications, China. We propose an improved generation scheme of multi-carrier optical source based on recirculating frequency shifter. 76 optical carriers with 3.1 dB flatness fluctuation and 38.1 dB carrier-to-noise ratio (CNR) were experimentally demonstrated. ASu5F.2 • 17:00 Restoration with Service Degradation and Relocation in Optical Cloud Networks, Meiqian Wang1, Marija Furdek1, Paolo Monti1, Lena . Wosinska1; 1KTH Royal Inst. of Technology, Sweden. The paper studies the improvement of cloud service restoration by combining the service degradation and relocation concepts. Results demonstrate that it is possible to achieve improvements in both cloud service availability and restorability performance. 16:30–18:00 ASu5G • Software Defined Hardware Presider: Jie Zhang; Beijing Univ of Posts & Telecom, China ASu5G.1 • 16:30 Invited Flexible Edge Nodes enabled by Hybrid Software Defined Optics & Networking, Juan Jose . Vegas Olmos1, Victor Mehmeri1, Idelfonso Tafur Monroy1; 1Ørsted Plads, Technical Univ. of Denmark, Denmark. This paper presents our vision on flexible edge nodes for future networks and our efforts to combine software defined optics and software defined networking to optimize the overall performance and user experience. Conference Room N209 16:30–17:30 ASu5H • Ultrasonics and Pressure Sensing Presider: Donghyun Kim, Yonsei Univ., Korea ASu5H.1 • 16:30 Invited Cell Imaging With Sub-Optical Wavelength Ultrasound, Matthew Clark1, Leonel Marques1, Emilia moradi1, Fernando Perez-Cota1, Richard J. Smith1, Kevin F. Webb1; 1Applied Optics, Univ. of Nottingham, UK. At very high frequencies, in the GHz region, the wavelength of ultrasound falls below that of visible light offering an intriguing way to enhance the imaging resolution and gain new contrast for live cell imaging. Conference Room N210 16:30–18:00 ASu5I • Optical Sources and Detectors Presider: Yuede Yang, Chinese Academy of Sciences, China ASu5I.1 • 16:30 Stabilize the Regeneratively Mode-Locked Fiber Laser based on a Polarization Maintained Dual-loop Structure, Zhengwu Wei1, Dan Zhu1, Shilong Pan1; 1Nanjing Univ Aeronautics & Astronautics, China. A novel stable regeneratively mode-locked fiber laser based on a polarization maintained dual-loop structure is proposed. Stable 10-GHz optical pulse train is successfully generated with a side-mode suppression ratio of 58.4 dB being simultaneously realized. ASu5I.2 • 16:45 Numerical Investigation on Frequency-modulated Continuous-wave Dynamics in a Semiconductor Laser, Jun-Ping Zhuang1, Xiao-Zhou Li1, Song-Sui Li1, Sze-Chun Chan1,2; 1Department of Electronic Engineering, City Univ. of Hong Kong, China; 2State Key Laboratory of Millimeter Waves, City Univ. of Hong Kong, China. The nonlinear dynamical period-one oscillation of a semiconductor laser under a modulated optical injection is numerically investigated for photonic generation of frequency-modulated continuouswave (FMCW) signals. The sweep range and sweep rate of the generated FMCW signals are both tunable. ASu5G.2 • 17:00 Invited Network, Compute and Storage Function Programmability and Virtualization: An FPGAbased Disaggregated System, Georgios S. Zervas1, Qianqiao Chen1, Vaibhawa Mishra1; 1Univ. of Bristol, UK. Software defined hardware programmability and virtualization framework of network and computing is proposed and validated using FPGA-based infrastructure with complex data and image algorithms. The implemented platform is supported by function re-configurable System/ Network on Chip. ASu5H.2 • 17:00 High-performance fiber laser ultrasound detectors, Liang Yizhi1, Long Jin1, Linghao Cheng1, Bai-Ou Guan1; 1Jinan Univ., China. We present highly sensitive ultrasound detection by use of a single mode fiber grating laser with a diameter of 66 μm, by measuring the variation of beat frequency between the two orthogonal polarization lasing modes. Based on the phase-locked loop demodulation, a noise-equivalent pressure (NEP) as low as 138 Pa over 100 MHz has been achieved. ASu5I.3 • 17:00 Invited Silicon Photonics Receivers for Advanced Modulation Formats, Giampiero Contestabile1; 1 Scuola Superiore Sant’Anna, Italy. Three compact silicon-photonics integrated receivers are presented. Two circuits are for the detection of DQPSK signals. The third one is a coherent receiver with a novel architecture without waveguide-crossing. Results up to 28Gbaud are reported. Sunday, 22 November ASu5E.1 • 16:30 Invited High Speed Coherent Transmission for Nextgeneration Optical Transport Networks, Akihide Sano1, Munehiko Nagatani1, Yutaka Miyamoto1; 1 NTT Network Innovation Laboratories, Japan. This paper describes high speed transmission technologies for 400 Gb/s and 1Tb/s channel transport over optical networks. High baud rate QAM signal generation based on electrical synthesis and broadband coherent detection enable simple and cost-effective transponder implementation. Conference Room N203 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 69 2015ACP Program.indd 69 11/5/15 3:02 PM Sunday, 22 November ACP 2015 — Sunday, 22 November Conference Room N202 Conference Room N204/205 Conference Room N208 Conference Room N207 Conference Room N211 ASu5A.3 • 17:15 Al0.52In0.48P photodetectors for underwater communication systems, Jeng Shiuh Cheong1, Liang Qiao1, Aina N. Baharuddin1, Jo Shien Ng1, Andrey Krysa1, John P. David1; 1Univ. of Sheffield, UK. We describe an AlInP avalanche photodiode with a narrow spectral response at ~480nm, the peak transmission wavelength in deep water. The device has a peak responsivity of 30A/W at a gain of >200. ASu5B.3 • 17:15 Low-power 20Gb/s Modulator with an Integrated Loop Mirror, Fatemah Soltani1, Michael Menard 2 , Andrew G. Kirk 1 ; 1 Electrical and Computer Engineering, McGill Univ., Canada; 2 CoFaMic Research Center, Univ. of Quebec at Montreal (UQAM), Canada. The large signal characterization of a loop mirror Mach-Zehnder interferometer (MZI) is reported. We demonstrate that this device is capable of 20 Gb/s modulation rate with reduced power requirements in comparison to a conventional MZI. ASu5A.4 • 17:30 Wide Spectral Range InP-based Photodetectors with High Speed, Zheng Liu1, Yongqing Huang1, Jiarui Fei1, Kai Liu1, Xiaofeng Duan1, Jun Wang1, Qi Wang1, Xiaomin Ren1, Shiwei Cai1; 1State Key Laboratory of Information Photonics and Optical Communications, Beijing Univ. of Posts and Telecommunications, China. A novel InP-based photodetector (PD) with high speed in 850 to 1550nm spectral range is proposed. Simulation studies indicate that the bandwidth is 62.5GHz, 61.7GHz, and 60.3GHz respectively at 850nm, 1310nm, and 1550nm wavelength excitations. ASu5B.4 • 17:30 Demonstration of complexity in nonlinear delayed oscillators with silicon electro-optic modulators, Lei Zhang1, Jianfeng Ding1, Lin Yang1, Yi Peng2, Hujiang Yang2, Jinghua Xiao2; 1 Chinese Acad Sci Inst of Semiconductor, China; 2 School of Science, Beijing Univ. of Posts and Telecommunications, China. We report the complex dynamics in nonlinear delayed feedback oscillators with silicon Mach-Zehnder and microring resonator electro-optic modulators. We present the analytic model and experimentally demonstrate period-doubling bifurcations and chaotic signal generations in both architectures. ASu5C.3 • 17:30 Experimental Demonstration of New Modulational Instability Bands in a Dispersion Oscillating Fiber Cavity, François Copie1, Matteo Conforti1, Alexandre Kudlinski1, Stefano Trillo2, Arnaud Mussot1; 1Université Lille 1 Laboratoire PhLAM, France; 2Università di Ferrara, Italy. We experimentally study modulational instability in a dispersion oscillating passive fiber ring cavity. This dispersion profile leads to new high-frequency gain bands that can be used for the generation of ultra-high repetition rate pulse trains. ASu5D.4 • 17:30 A Novel MIMO DSP based on Matrix Transformation for Joint Few-mode/Multi-core Optical Transmission System, Bo Liu1, Lijia Zhang1, Xiangjun Xin1; 1Beijing Univ of Posts & Telecom, China. This paper proposes and demonstrates a novel MIMO equalization DSP to suppress the crosstalk between different modes and cores in SDM transmission system. Improved complexity and OSNR are obtained in the demonstration. ASu5A.5 • 17:45 Linear polarization detection of Type II InAs/ GaSb superlattice infrared photodetectors, Junoh Kim1, Sujin Yoon1, Byungsoo Kang1, SangWoo Kang1, Augustine Urbas2, Zahyun Ku2, Sang Jun Lee1; 1Korea Research Inst. of Standards an, Korea (the Republic of); 2Air Force Research Laboratory,, USA. We have studied a 1D subwavelength gold grating (1D-SGG) integrated type-II superlattice (T2SL) device to demonstrate the discriminability of 1D-SGG for linear polarization. The device responses were simulated and measured for normally incident polarized light. ASu5B.5 • 17:45 High Extinction Ratio and Low Driver ElectroRefrative Phase Modulator with Double Graphene Layers, Zhaotang Su1, Qingzhong Deng1, Zexuan Zhang1, Xingjun Wang1, Zhiping Zhou1; 1Peking Univ., China. A Mach-Zehnder optical modulator with double graphene layers on silicon waveguide, utilizing the electro-refraction effects of the graphene, is demonstrated with great extinction ratio of 43.6 dB and low dynamic driver of 0.5414V. ASu5C.4 • 17:45 Phase Matching in Fiber Optical Parametric Amplifiers using Randomly Birefringent Fibers, Shaohao Wang1, Xinchuan Xu1, Ping Kong A. Wai2; 1Fuzhou Univ., China; 2The Hong Kong Polytechnic Univ., Hong Kong. A comprehensive theoretical model to investigate phase matching in FOPAs using randomly birefringent fibers is developed. Nonlinear effect was shown to compensate PMD-induced phase mismatch and generate larger polarization pulling effect in FOPAs than FRAs. ASu5D.5 • 17:45 OSNR penalties for non-zero skew in spacedivision multiplexed transmission link with self-homodyne detection, Ruben S. Luis 1, Benjamin J. Puttnam1, Yoshinari Awaji1, Naoya Wada1; 1National Inst Info & Comm Tech (NICT), Japan. We experimentally investigate the impact of non-zero signal-PT skew in SDM links using selfhomodyne detection, finding that nanosecond delays can strongly impact performance with MHz transmitter linewidths, but aided by shorter carrier phase recovery block-lengths. ASu5D.3 • 17:15 A Feasible Adaptive Recursive Least Square Frequency-Domain Algorithm for Equalization of Mode-Division Multiplexed Fiber Transmission, Liqun Yang1, Jian Zhao1, Neng Bai3, Guifang Li1,2; 1 The College of Precision Instruments and Opto-electronic Engineering, Tianjin Univ., China; 2 CREOL, The College of Optics & Photonics, Univ. of Central Florida , USA Minor Outlying Islands; 3 Infinera Corporation, USA Minor Outlying Islands. We propose an overlap-save-based adaptive recursive-least-square frequency-domain equalization (RLS-FDE) for mode-division-multiplexing fiber-link. It has manageable computation complexity and is robust with laser phase noise. Its performance was simulated on two-mode transmission in comparison to LMS-FDE. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 70 2015ACP Program.indd 70 11/5/15 3:02 PM A R B T J I i m 3 U d g e l o ACP 2015 — Sunday, 22 November Conference Room N206 ASu5E.3 • 17:15 Re-use of Low Bandwidth Equipment for High Bit Rate Transmission Using Signal Slicing Technique, Christoph Wagner1,2, Sandis Spolitis3, Juan Jose . Vegas Olmos1, Vjačeslavs Bobrovs3, Idelfonso Tafur Monroy1; 1Department of Photonics Engineering, Technical Univ. of Denmark, Denmark; 2ADVA Optical Networking SE, Germany; 3 Inst. of Telecommunications, Riga Technical Univ., Latvia. Massive fiber-to-the-home network deployment requires never ending equipment upgrades operating at higher bandwidth. We show effective signal slicing technique, which can re-use low bandwidth opto-electronical components for optical communications at higher bit rates. ASu5F.3 • 17:15 Traveling Repairman Problem to Restore Virtual Networks in All-Optical Networks after a Disaster, Chen Ma1,2, Sedef Savas2, Xinbo Wang2, Jie Zhang1, Yongli Zhao1, Guanjun Gao1, Biswanath Mukherjee2; 1Beijing Univ. of Post and Tel., China; 2 Univ. of California, Davis, USA. Transparency of all-optical networks (AONs) causes more severe damage from disasters, and overlaid virtual networks may experience disconnectivity and/or outages. We investigate repair scheduling considering failure localization limitations of AONs, hence minimizing their overall effect. ASu5E.4 • 17:30 Invited Flexible Modulation for Elastic Optical Networks, Norman Swenson1, Damian A. Morero2; 1 ClariPhy, USA; 2ClariPhy Argentina S.A., Argentina. We present and compare state-of-the-art programmable modulation and coding techniques that efficiently utilize bandwidth and SNR on emerging elastic optical networks. ASu5F.4 • 17:30 Survivable VON Mapping Scheme with Differentiable Maximum Shared Capacity in Elastic Optical Networks, Xiaoxu Zhu 1, Hui Yang 1, Yongli Zhao1, Jie Zhang1, Chen Ma1, Guoying Zhang2, Huixia Ding3; 1Beijing Univ. of Posts and Telecomm, China; 2China Academy of Telecom. Research (CATR), China; 3China Electric Power Research Inst., China. We propose an optimum shared protection mapping (OSPM) algorithm with differentiable maximize shared capacity for network virtualization in elastic optical networks. OSPM outperforms conventional scheme in terms of blocking probability and protection efficiency. Conference Room N203 Conference Room N209 Conference Room N210 ASu5H.3 • 17:15 Remote sensing of pressure inside microfluidic channels using light scattering in Scotch tape, KyungDuk Kim1, Hyeonseung Yu1, Joonyoung Koh2, Jung Hoon Shin2, Wonhee Lee2, YongKeun Park1; 1Physics Department, Korea Advanced Inst. of Science and Technology, Korea (the Republic of); 2Graduate School of Nanoscience and Technology, Korea Advanced Inst. of Science and Technology, Korea (the Republic of). We propose a simple but effective optical method exploiting light scattering in optically inhomogeneous Scotch tape for measuring the hydrostatic pressure inside a microfluidic channel. After a calibration, the resolution below 0.1 kPa is achieved in a remote sensing scheme. ASu5G.3 • 17:30 Invited Benefits and Enabling Technology for Hardware Virtualization in Optical Networks, Masahiko Jinno1; 1Kagawa Univ., Japan. We describe the hardware virtualization in optical networks as an enabler of truly automated optical path provisioning to accelerate the speed of service based on transponder and regenerator examples. ASu5F.5 • 17:45 Energy-Efficient Survivability for Core Networks using Dual-Homing, Sandu Abeywickrama1, Elaine Wong1, Marija Furdek2, Paolo Monti2, Lena Wosinska2; 1National ICT Australia, Univ. of Melbourne, Australia; 2ICT School, KTH Royal Inst. of Technology, Sweden. This paper studies the energy efficiency of exploiting dual-homing to provide core network survivability. Simulation results show reductions in the number of utilized wavelengths, suggesting significant energy saving opportunities in the core network. ASu5I.4 • 17:30 A New Method for Ultra-wide Frequency Response Measurement of Photodetector, Wenhui Sun1,2, Xin Zhong1, Jianguo Liu2, Wenting Wang2, Wei Chen2, Haiqing Yuan2, Jinhua Bai2, Lijuan Yu2, Ninghua Zhu2; 1Science and Technology on Electronic Information Control Laboratory, Southwest China Research Inst. of Electronic Equipment, China; 2Inst. of Semiconductors, China. We develop a new triple swept frequency method for measuring the ultra-wide bandwidth frequency response of photo-detector. Experiment results show a good agreement between the measured results by the new method and the traditional techniques. ASu5I.5 • 17:45 Design of Travelling-wave Photodetectors Impedance-matched over 135-GHz Bandwidth, Pengfei Xu1, Yujie Chen1, Jie Liu1, Yanfeng Zhang1, Guoxuan Zhu1, Qingsheng Xiao1, Bingchi Liu1, Hui Chen1, Siyuan Yu1; 1Sun Yat-sen Univ., China. Electrical design for an unloaded transmission line of a travelling-wave photodetector is performed, enabling the 50-Ω impedance matching in a large frequency range from 1 to 135 GHz. Sunday, 22 November Conference Room N212 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 71 2015ACP Program.indd 71 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N202 Conference Room N204/205 Conference Room N208 Conference Room N207 Conference Room N211 08:30–17:00 Registration Open, Room N201, HKCEC 08:30–17:00 Industry Exhibition, Room N201, HKCEC 08:30–10:30 AM1A • Polarization & Spatial Multiplexing Devices Presider: Jian Wang, Huazhong University of Science and Technology, China 08:30–10:30 AM1B • Best Student Paper Competition (Track 1 and 6) Presider: Prof Chester Shu, The Chinese University of Hong Kong, Hong Kong Monday, 23 November AM1A.1 • 08:30 Tutorial Passive and Active Building Blocks for SpaceDivision-multiplexed Optical Networks, Haoshuo Chen1; 1Alcatel-Lucent Bell Labs, USA. We introduce currently emerging passive and active components including space multiplexers, optical amplifiers, wavelength selective switches and gain equalizers to enable space division multiplexing. We compare the strengths and weaknesses of different space-multiplexer schemes. AM1B.1 • 08:30 Demonstration of Mode-Division Multiplexing for On-Chip Source-Synchronous Communications, Christopher Williams1,2, Behnam Banan2, Glenn Cowan 1 , Odile Liboiron-ladouceur 2 ; 1 Electrical and Computer Engineering, Concordia Univ., Canada; 2Electrical and Computer Engineering, McGill Univ., Canada. Mode-division multiplexing is exploited in a Silicon Photonics based sourcesynchronous link for intrachip communications. Experimental results are presented with biterrorrate performance of 10-12 on a twomode device for proof of concept. 08:30–10:30 AM1C • Fiber Lasers III Presider: Kenneth Kin-Yip Wong; Univ. of Hong Kong, Hong Kong AM1C.1 • 08:30 Tutorial Random Fiber Lasers and Applications, YunJiang . Rao1; 1School of Comm & Inform Eng. UESTC, Univ of Electronic Science & Tech China, China. Recent advances in research and applications of random fiber lasers, which are substantially different with conventional fiber lasers due to their unique features of modeless and temperature-insensitivity, are reviewed systematically. 08:30–10:30 AM1D • Optical Fiber Sensors I Presider: John Canning; Univ. of Sydney, Australia AM1D.1 • 08:30 Invited Advanced Phase-Shifted Fiber Gratings and Their Applications to Comb Filter and Fiber Sensors, Hongpu Li1; 1Faculty of Engineering, Shizuoka Univ., Japan. Recent developments on phase-shifted fiber Bragg gratings and phaseshifted long-period fiber gratings have been reviewed. Based on these two kinds of gratings, a comb filter and several fiber sensors have been proposed and experimentally demonstrated. AM1B.2 • 08:45 Silicon mode (de)multiplexer based on densely packed waveguide array (DPWA), Kaixuan Chen1, Sitao Chen2, Shipeng Wang2, Siya Wang1, Chenzhao Zhang1, Daoxin Dai2, Liu Liu1; 1South China Normal Univ., China; 2Zhejiang Univ., China. A five-mode densely packed waveguide array and (de)multiplexer on Si are demonstrated for mode division multiplexing. Insertion losses of –0.8dB and cross-talks of –22dB have been obtained experimentally for a device with multiplexing and de-multiplexing structures. 08:30–10:30 AM1E • Systems and Networks Presider: Georgios Zervas, University of Bristol, UK AM1E.1 • 08:30 A Visible Light Communication based Aircraft Cabin Wireless Network Demo System, Jianhua Shen1, Jian Chen1; 1Nanjing Univ Posts & Telecommunications, China. Visible Light Communication (VLC) has been shown great potential for future indoor communication especially for airplane. This paper proposes a VLC based aircraft cabin wireless communication demo-system with comprehensive research on its layout and channel model. AM1E.2 • 08:45 Undersampled Digital PAM Subcarrier Modulation for Optical Camera Communications, Lijun Song1, Pengfei Luo2, Min Zhang1, Zabih Ghassemlooy2, Dahai Han1, Hoa Le Minh2; 1Beijing Univ of Posts and Telecomm, China; 2Optical Communications Research Group, NCRLabs, Faculty of Engineering and Environment, Northumbria Univ., UK. We develop an optical camera communication system utilizing the under-sampled digital PAM subcarrier modulation using two LEDs. We show that the proposed system can realize 100bps data transmission over a transmission range up to 50m. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 72 2015ACP Program.indd 72 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N212 Conference Room N206 Conference Room N203 Conference Room N209 Conference Room N210 08:30–18:00 Registration Open, Room N201, HKCEC 08:30–17:00 Industry Exhibition, Room N201, HKCEC 08:30–10:30 AM1F • PON I Presider: Yuki Yoshida, Osaka Univ., Japan AM1F.1 • 08:30 25-Gb/s and 40-Gb/s Faster-than-Nyquist PON Based on Low-Cost 10G-Class Optics, Jiangwei Man1, Shengmeng Fu1, Wei Chen1, Jianhe Gao1, Xiang Liu2, Li Zeng1; 1Fixed Network Research Department, Huawei Technoligies Co. Ltd, China; 2 Futurewei Technologies, Huawei R&D USA, USA. We propose downstream transmission of 25-Gb/s and 40-Gb/s Faster-than-Nyquist signals based on NRZ and PAM4 for high-capacity PON using low-cost 10G optics, respectively achieving -23.9 dBm and -20 dBm receiver sensitivities after 20-km SSMF. 08:30–10:15 AM1G • Optical Control and Processing of RF Signals Presider: Jungwon Kim; Korea Advanced Inst of Science & Tech, Korea (the Republic of) AM1G.1 • 08:30 Invited Quadratic Optical Phase Modulation for RF Frequency Down-Conversion, Yifei Li1, Longtao Xu1, Shilei Jin1; 1285 Old Westport Rd, Univ. of Massachusetts Dartmouth, USA. In this paper we examine the mechanism behind intense quadratic phase modulation of quantum well phase modulator and determine its feasibility for efficient frequency down-conversion for coherent RF/Photonic links. 08:30–10:30 AM1H • Datacenter Networks Presider: Zuqing Zhu; Univ of Science and Technology of China, China AM1H.1 • 08:30 Invited Energy Efficient Resource Provisioning in Disaggregated Data Centres, Howraa Mohammad Ali1, Ahmed Lawey1, Taisir E. Elgorashi1, Jaafar Elmirghani1; 1School of Electronic and Electrical Eng, Univ. of Leeds, UK. In this paper we discuss the new paradigm of disaggregated servers (DS) and present our energy efficient heuristic for the energy minimization of virtual machine (VM) placement in data centres implementing the DS approach. 08:30–10:15 AM1I • Manipulation and Sensors Presider: Michael Somekh, The Hong Kong Polytechnic Univ., Hong Kong AM1I.1 • 08:30 Invited Switching and Logic Manipulation of Droplets and Dielectric Nanoparticles in Micro-nanofluidics System, Guanghui Wang 1, Zhoufeng Ying1, Dongying Zhang1, Wenxiang Jiao1, Aaron Ho2, Ying Huang3, Xuping Zhang1; 1Nanjing Univ., China; 2Chinese Univ. of Hong Kong, Hong Kong; 3 Inst. of Microelectronics, A*STAR , Singapore. Switching and logic manipulation are very important for large scale integration of lab-on-a-chip system. In this talk, we demonstration this kind of manipulation in centrifugal microfluidics and silicon photonics based nanofluidics system. AM1J.1 • 08:30 Invited Temporal Cavity Solitons: From All-optical Memories to Microresonator Frequency Combs, Miro J. Erkintalo1, Jae K. Jang1, Karen E. Webb1, Kathy Luo1, Stuart G. Murdoch1, Stephane Coen1; 1The Univ. of Auckland, New Zealand. We review recent experimental and theoretical work on temporal cavity solitons in macroscopic fibre cavities and monolithic microresonators. In addition to reviewing basic characteristics of cavity solitons, we will discuss their role in optical memories and microresonator frequency combs. Monday, 23 November AM1F.2 • 08:45 Experimental demonstration of 100/40 Gb/s OFDM-PON with Bi-directional Low-cost Coherent Detection, Yina Huang1, Mingzhi Mao1, Rujian Lin 1, Caixia Kuang 1, Qianwu Zhang 1, Yingxiong Song 1, Yingchun Li 1, Jian Chen 1, Min Wang1; 1Shanghai Univ., China. A 100/40 Gb/s OFDM-PON with bi-directional low cost/ complexity self-coherent homodyne detection is experimental demonstrated by using centralized optical comb with 0.1 nm wavelength interval to provides both the signal-carrier and the local oscillation light waves. 08:30–10:30 AM1J • Optical Signal Processing I Presider: Liang Wang; The Hong Kong Polytechnic Univ., Hong Kong Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 73 2015ACP Program.indd 73 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N202 Conference Room N204/205 Conference Room N208 AM1B.3 • 09:00 30-GHz directly modulation DFB laser with narrow linewidth, Zhike Zhang1, Jianguo Liu1, Yu Liu1, Jinjin Guo1, Haiqing Yuan1, Jinhua Bai1, NinGhua Zhu1; 1Inst. of Semiconductors,CAS, China. we report a 1.3mm 30-GHz directly modulation distributed feed-back laser with narrow linewidth of 130kHz and high side-mode suppression ratio of 52dB. The output power is more than 16mW at 100mA and the input 1-dB compression point is showed with different frequencies. Conference Room N207 Conference Room N211 AM1D.2 • 09:00 Invited Fibers for System-on-Fiber Applications, Kevin P. Chen1, Ming-Jun Li2, Sheng Huang1; 1Univ. of Pittsburgh , USA; 2Corning Inc., USA. This paper reports ultrafast laser direct writing of optical components in multi-core rectangular shape fibers for sensing and fiber laser applications. We will discuss efforts to turn optical fibers from one-dimensional devices to three-dimensional devices. AM1E.3 • 09:00 Long Reach RFID-over-Fiber Distribution and Collection Network, Peter Madsen1, Lau Suhr1, Sebastian Rodriguez1, Juan Jose . Vegas Olmos1, Idelfonso Tafur Monroy1; 1Technical Univ. of Denmark, Denmark. This paper presents an RFID-over-Fiber wireless track and trace system using active RFID tags. This paper demonstrates a system, operating over distances up to 30km of optical fiber and 50m of wireless readability. Monday, 23 November AM1B.4 • 09:15 Sub-5V Germanium Waveguide Avalanche Photodiode based 25 Gb/s 1310 nm Optical Receiver, Hongtao CHEN1, Jochem Verbist1, Peter Verheyen2, Peter De Heyn2, Guy Lepage2, Jeroen De Coster2, Philippe Absil2, Bart Moeneclaey1, Xin Yin1, Johan Bauwelinck1, Joris Van Campenhout2, Gunther Roelkens1; 1Ghent Univ., Belgium; 2 IMEC, Belgium. We demonstrate low-voltage waveguide-coupled germanium avalanche photodetectors (APDs) with a gain×bandwidth product of 140 GHz at -5 V. An optical receiver based on such an APD operating up to 25 Gb/s is demonstrated. AM1A.2 • 09:30 A Novel Full Polarisation Controller Integrated Monolithically with a Semiconductor Laser, Muhammad Azhar Naeem1, Kamran Abid1; 1Univ. of the Punjab, USA. A full polarisation controller integrated monolithically with a semiconductor laser is reported. Conversion efficiency from transverse electric to transverse magnetic is obtained around 50 to 68 %. The device is fabricated on InP/AlGaInAs MQW hetero-structure. AM1B.5 • 09:30 Actively Stabilized Silicon Microrings Integrated with Surface-state-absorption Photomonitors at 1310 nm Using a Slope-Detection Method, Yu Li1, Andrew W. Poon1; 1Hong Kong Univ of Science & Technology, Hong Kong. We demonstrate actively stabilized silicon microrings at 1310nm using a slope-detection method. We stabilize the microring with a ~3.2dB transmission fluctuation upon 4.5oC modulations from room temperature, giving a ~12dB improvement from unstabilized microrings. AM1E.4 • 09:15 Pass-band shape monitor for minimizing impact of signal filtering in cascaded ROADMs, Guoxiu Huang1, Shoichiro Oda2, Setsuo Yoshida2, Kyosuke Sone1, Goji Nakagawa2, Tomohiro Yamauchi2, Yasuhiko Aoki2, Zhenning Tao3, C. Rasmussen Jens1; 1Fujitsu Laboratories Ltd., Japan; 2Fujitsu Limited, Japan; 3Fujitsu R&D Center, Japan. High speed and low cost optical pass-band shape monitor with frequency modulated CW light was proposed for cascaded ROADM networks. We experimentally confirmed that this method can achieve high accuracy even with fewer monitor points. AM1C.2 • 09:30 Invited Compact Frequency-modulation Pulsed Singlefrequency Fiber Laser, Shanhui Xu1, Yuanfei Zhang1, Zhouming Feng1, Changsheng Yang1, Zhongmin Yang1; 1State Key Laboratory of Luminescent Materials and Devices and Inst. of Optical Communication Materials, South China Univ. of Technology, China. A compact frequencymodulation Q-switched single-frequency fiber laser has been demonstrated at 1.0 μm utilizing a piezoelectric transducer. Hundreds-of-megahertz frequency-tuning range is achieved and the highest peak power of the pulse reaches almost 7.0 W. AM1D.3 • 09:30 A Highly Sensitive Sensor Based on a Novel Helical Long Period Fiber Grating Written in the Rotated Fiber by CO2 laser, Liang Zhang1,2, Yunhe Zhao 1, Yunqi . Liu 1, Tingyun Wang 1; 1 Shanghai Univ., China; 2Nanjing Xiaozhuang Univ., China. A new type helical long-period fiber grating (HLPFG) was fabricated and its sensing characteristics were investigated experimentally. Compared with conventional long-period gratings with the same period, the HLPFGs had much higher torsion and strain sensitivity. AM1E.5 • 09:30 Polarization Rotation Tolerant PDM-VLC by Asymmetric MIMO system, Sung-Jin Kim1, DoHoon Kwon1, Se-Hoon Yang1, Sang-Kook Han1; 1 Yonsei Univ., Korea (the Republic of). We propose and experimentally demonstrate asymmetric MIMO system for PDM based VLC system to overcome performance degradation due to vulnerability of polarization to rotation and expand PDM to rotation-tolerant VLC system. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 74 2015ACP Program.indd 74 11/5/15 3:02 PM , . m m ACP 2015 — Monday, 23 November Conference Room N212 Conference Room N206 Conference Room N203 Conference Room N209 Conference Room N210 AM1F.3 • 09:00 A Symbol Synchronization Method Based on Gold Sequences for Real-time Upstream OFDMA-PON, Han Dun1, Bingyao Cao1, Chen Qian1, Yingchun Li1, Zhen Zhang1, Qianwu Zhang1; 1 Shanghai Univ., China. A symbol synchronization method based on single carrier modulated Gold sequences for upstream OFDMA-PON is demonstrated which shows that precise synchronization can be realized and hardware logic resources requirements can be effectively released. AM1G.2 • 09:00 All-Optical Single-Wavelength Photonic Microwave Quadrature Filter, Yuan Cao1, Erwin Chan2, Xudong Wang1, Xinhuan Feng1, Bai-Ou Guan1; 1 Jinan Univ., China; 2School of Engineering and Information Technology, Charles Darwin Univ., Australia. A photonic microwave quadrature filter based on splitting a single-wavelength optical signal into two with the desired optical phases, is presented. Results demonstrate a wideband quadrature filter with very small phase ripples of < ±0.15°. AM1H.2 • 09:00 Invited Virtual Slices Allocation in Multi-tenant Data Centre Architectures Based on Optical technologies and SDN, Salvatore Spadaro1, Albert Pagès1, Jordi Perelló1, Fernando Agraz1; 1Universitat Politècnica de Catalunya BarcelonaTech (UPC), Spain. A Software Defined Networking (SDN)-based architecture, employing optical technologies for multi-tenant data centers (DCs), is firstly discussed. Then, an efficient orchestration algorithm for Virtual Data Centers (VDCs) allocation is presented, highlighting the benefits that come from the usage of hybrid optical technologies. AM1I.2 • 09:00 Capillary-Optic Interferometric Sensor for Measuring the Refractive Index of Liquid, Qi Wei Xu1, Wen Jing Tian1, Zhi Hong You2, Jinghua Xiao1,3; 1School of Science, Beijing Univ. of Posts and Telecommunications, China; 2Department of Physics, Beijing Normal Univ., China; 3State Key Laboratory of Information Photonics and Optical Communications, Beijing Univ. of Posts and Telecommunications, China. We develop a method that use capillary as a sensor to measure refractive indices of different liquids. This sensor is based on multibeam interference, thus, the sensor has a high sensitivity and can detect a tiny change in indices and also measure it precisely. AM1J.2 • 09:00 Invited Silica Integrated Optics as a Platform for Quantum Information Processing, Peter G. Smith1; 1 Optoelectronics Research Centre, Univ. of Southampton, UK. Silica provides a low-loss platform for integrated optics. With demonstrations including teleportation and Boson sampling it is important for developing Quantum Information Processing. We report the design, fabrication, testing and realization of complex waveguide circuits. AM1F.4 • 09:15 Mitigation of Timing Offset Effect in OFDMAPON-Uplink, Sun-Young Jung1, Sang-Min Jung1, Hyoung-Joon Park1, Sang-Kook Han1; 1Yonsei Univ., Korea (the Republic of). Timing offset effect generated in OFDMA-PON-uplink due to path difference between ONUs is experimentally analyzed, and performance improvement by mitigating offset effect in asynchronous reception is also experimentally demonstrated based on CP extension and FBMC. AM1G.3 • 09:15 The First Experiment to Transmit RF Data in OAM Mode with Optical-assisted Circular Antenna Arra, Mutong Xie1, Mingyang Zhao1, Xinlu Gao1, Shanguo Huang1, Zizheng Cao2, Jinghua Xiao1, Wanyi Gu1; 1Beijing Univ. of Posts and Telecommunications, China; 2Eindhoven Univ. of Technology, Netherlands. We conducted the first experiment to transmit an RF IQ signal in OAM mode by OCAA, to prove that OAM modes coexists with IQ modulation and could be measured. Directionality and transmission quality is assessed. AM1F.5 • 09:30 20-Gb/s, 20-km WDM-PON Upstream Transmission using 4-PAM Modulated Free-Running 1550 nm VCSEL and Adaptive SC-FDE, Hongguang Zhang1, Xiaofei Cheng1, Zhaowei Xu1; 1 Inst. for Infocomm Research, Agency for Science, Technology and Research, Singapore. We propose a novel 20Gb/s WDM-PON upstream transmission scheme using 4-PAM modulated free-running 1550nm VCSEL and adaptive SingleCarrier Frequency-Domain Equalization (SC-FDE). A transmission distance of 20km is achieved in direct detection system. AM1G.4 • 09:30 Experimental Demonstration of Radio Frequency Orbital Angular Momentum Multiplexed Communication System Using Microwave Photonic Demultiplexer, Mingliang He1, Bingchi Liu1, Jie Liu1, Ziyang Hu2, Yiling Chen3, Weite Zhang3, Shilie Zheng3, Xianmin Zhang3, Siyuan Yu1; 1Sun Yat-Sen Univ., China; 2Univ. of Bristol, UK; 3 Zhejiang Univ., China. A two-channel RF OAM multiplexed communication system using microwave photonic demultiplexer is experimentally demonstrated. Both of the two OAM-multiplexed OFDM-QPSK signals have been successfully recovered in the experiment. AM1I.3 • 09:15 Phase-sensitive optical time-domain reflectometry with I/Q demodulation, Li Zhang1, Zinan Wang1, Song Wang1, Naitian Xue1, Xianyang Qian1, Mengqiu Fan1, Yi Li1, Yun-Jiang . Rao1; 1 Univ. Electronic Sci. & Tech. of China, China. We propose a new phase demodulation scheme for phase-sensitive Optical Time-Domain Reflectometry (Φ-OTDR). The technique is based on I/Q demodulation and homodyne detection using a 90° optical hybrid. Both the theoretical analysis and the experimental demonstration are presented. AM1I.4 • 09:30 Optical Diffraction Tomography for Simultaneous 3D Visualization and Tracking of Optically Trapped Particles, Kyoohyun Kim1, Jonghee Yoon 1, YongKeun Park 1; 1KAIST, Korea (the Republic of). We propose and experimentally demonstrate 3-D tracking of optically trapped particles using optical diffraction tomography, which can perform 3-D position tracking and visualizing refractive index (RI) distribution of samples at the same time. AM1J.3 • 09:30 Invited Evolutionary Photonics: from black-body ``lasers’’ to neuromorphic metamaterials, Andrea Fratalocchi1; 1King Abdullah Univ of Sci & Technology, Saudi Arabia. Evolutionary photonics takes inspiration from complex natural systems and realizes advanced optical technologies in material science, energy harvesting and nanomedicine. In this invited talk I summarize my latest results in the field. Monday, 23 November AM1H.3 • 09:30 Multi-Stratum Resources Integration based on Network Function Virtualization in Software Defined Data Center Optical Interconnect, Hui Yang1, Xiaoxu Zhu1, Ruijie Zhu1, Yongli Zhao1, Jie Zhang1, Jianrui Han2, Yi Lin2, Young Lee2; 1 Beijing Univ of Posts & Telecom, China; 2Huawei Technologies Co., Ltd., China. We present multistratum resources integration architecture based on network function virtualization with resources integrated mapping strategy in software defined elastic data center optical interconnect. The feasibility and efficiency are verified on OpenFlowbased control plane. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 75 2015ACP Program.indd 75 11/5/15 3:02 PM Monday, 23 November ACP 2015 — Monday, 23 November Conference Room N202 Conference Room N204/205 AM1A.3 • 09:45 A Robust and Fast Polarimeter Based on Spatial Phase Modulation of Liquid Crystal on Silicon (LCoS), Zhikun Hong1, Lei Zhu1, Songnian Fu1, Ming Tang1, Perry Ping Shum2, Deming Liu1; 1Hua Zhong Univ Of Sci&Tech, China; 2School of EEE,, Nanyang Technological Univ., Singapore. We experimentally demonstrate a robust and fast polarimeter based on spatial phase modulation arising in liquid crystal on silicon (LCoS). Without any mechanical rotation, accurate characterization of various state of polarization (SOP) is achieved. AM1B.6 • 09:45 Sampling Rate Independent Resolution Upgrade for All-Optical Analog-to-Digital Conversion, Tomotaka Nagashima1, Makoto Hasegawa1, Tsuyoshi . Konishi1; 1Osaka Univ., Japan. We experimentally apply a proposed sampling rate independent resolution upgrade approach to 10 GS/s 3 bit all-optical ADC system and demonstrate 1 bit resolution upgrade with keeping the original sampling rate. AM1A.4 • 10:00 Mode Rotator with Two Cascaded Waveguide Gratings, Wei Jin1, Kin S. Chiang1; 1City Univ. of Hong Kong, Hong Kong. We propose and fabricate a waveguide mode converter based on cascading a surface-corrugated grating and a sidewall-corrugated grating. This device allows the LP01, LP11b, and LP11a modes to convert among themselves in a cyclic manner. AM1B.7 • 10:00 Low RF Complexity Photonically Enabled Indoor and Building-to-Building W-Band Wireless Link, Simon Rommel1, Lucas C. Cavalcante1, Juan Jose . Vegas Olmos1, Idelfonso Tafur Monroy1; 1 Department of Photonics Engineering, Technical Univ. of Denmark, Denmark. We demonstrate W-band wireless transmission over distances covering both indoor and building-to-building scenarios with a setup of reduced complexity in the RF domain, employing a passive wireless transmitter and envelope detection at the receiver. AM1A.5 • 10:15 On-chip Generation of Superimposed Optical Vortices with Tunable Orbital Angular Momentum, Yu Wang1, Xue Feng1, Yidong Huang1; 1 Tsinghua Univ., China. An integrated device for superimposed optical vortices with tunable orbital angular momentum (OAM) is demonstrated. With certain resonant wavelength, the average OAM per photon is continuously varied from lћ to –lћ with thermal tuning. AM1B.8 • 10:15 Master-to-slave dual-mode injection-locked colorless FPLD pair for MMWoF-OFDM-PON, Shuo Chang1, Hsiang-Yu Chen1, Yu-Chieh Chi1, Gong-Ru . Lin1; 1National Taiwan Univ., Taiwan. Dual-mode injection-locked colorless FPLD pair for MMWoF-OFDM-PON is demonstrated with RIN of -103 dBc/Hz to generate optical and 46.4GHz microwave carriers for 24-Gbit/s 64-QAM OFDM data transmission with receiving power sensitivity of -8.3 dBm. Conference Room N208 Conference Room N207 Conference Room N211 AM1D.4 • 09:45 An 8-TDM Inline fiber Fabry-Perot Sensor Array Based on Ultra-Weak Fiber Bragg Gratings, Peng Jiang1; 1National Univ. of Defense Technology, China. An inline 8-TDM sensor array based on ultra-weak FBGs was presented. The background noise of the sensor array can reach -100 dB/√Hz at 2 kHz for all the 8 TDM channels. The multi-reflection induced crosstalk of > 97% between the sensors can be < -38 dB for 150 measurements. AM1E.6 • 09:45 Secure key distribution based on variant properties of chaos synchronization induced by random phase modulation, Chenpeng Xue1, Ning Jiang1, Yunxin Lv1, Jing Wang1, Kun Qiu1; 1UESTC, China. A new scheme for key distribution based on variant properties of chaos synchronization in cascaded semiconductor lasers with phase-modulation feedback. The security of the scheme relies on the practical difficulty of completely observing chaotic signals. AM1C.3 • 10:00 Internal modulation of random fiber laser with polarization switching, Han Wu1, Zinan Wang1, Mengqiu Fan1, Yunqi Li2, Li Zhang1, Yi Li1, Yun-Jiang . Rao1; 1Univ. Electronic Sci. & Tech. of China, China; 2The Inst. of Optics, Univ. of Rochester, USA. We experimentally demonstrate the polarization-driven internal modulation of the forward-pumped random fiber laser. By inserting the polarization switch (PSW) in the loop mirror, the lasing output can be modulated as the pulsed signal with high extinction ratio. AM1D.5 • 10:00 Long Period Grating in Multicore Fiber and Its Application for Measurement of Temperature and Strain, Ruoxu Wang1, Li Duan1, Ming Tang1, Songnian Fu1, Peng Zhang1, Zhenhua Feng1, Li Borui1, Tong Weijun2, Deming Liu1, Perry Ping Shum3; 1School of Optical and Electronic Information, Next Generation Internet Access National Engineering Lab (NGIA), China; 2Yangtze Optical Fibre and Cable Company Ltd(YOFC), China; 3 Nanyang Technological Univ., Photonics Centre of Excellence, School of Electrical and Electronic Engineering, Singapore. We experimentally realized long period gratings (LPGs) in multicore fibers by using commercial fusion splicer with electric arc discharges method. The resonant depths offer the capabilities for achieving measurement of temperature and strain. AM1E.7 • 10:00 Demonstration of 1-to-72 Multicasting (8 Wavelengths × 9 Orbital Angular Momentum Modes) of DMT QPSK Signal in a Free-space IM-DD System, Yixiao Zhu1, Kaiheng Zou1, Dan Wang1, Fan Zhang1; 1Peking Univ., China. We investigate the performance of free-space discrete multi-tone (DMT) modulation and direct detection system. 1-to-72 multicasting (8 wavelengths × 9 OAM modes) of 17.875 Gb/s DMT QPSK signal is demonstrated and the BER of all 72-fold channels are below 2.4×10-2. AM1C.4 • 10:15 Cascaded Raman random fiber laser assisted by Fresnel reflection, Mengqiu Fan1, Han Wu1, Zinan Wang1, Yi Li1, Yunqi Li2, Li Zhang1, Yun-Jiang . Rao1; 1Univ. Electronic Sci. & Tech. of China, China; 2 The Inst. of Optics, Univ. of Rochester, USA. We propose a grating-free, simple-design cascaded Raman random fiber laser assisted by Fresnel reflection. The simulation and the experimental results confirm the effectiveness of weak reflection on lasing generation, and the linearly output with 48.8% slope efficiency is demonstrated at the 2nd order Stokes wavelength. AM1D.6 • 10:15 Fiber Acoustic Sensor Based on PolarizationMaintaining Photonic Crystal Fiber Cascaded with a Long Period Grating in a Sagnac Loop, Xin Fu1, Ping Lu1, Jing Chen1, Shun Wang1, Li Liu1, Hao Liao1, Wenjun Ni1, Deming Liu1, Jiangshan Zhang1; 1Huazhong Univ. of Sci. and Tech., China. A fiber acoustic sensor was proposed. A long period grating is the sensing element with a plastic membrane as a transducer. In experiment acoustic signals of 100-4000Hz were measured and the sensitivity is about 3mV/Pa. AM1E.8 • 10:15 Demonstration of WDM-PON Architecture with Reconfigurable Multicasting Functionality, Yuanxiang Chen1, Juhao Li1, Zhongying Wu1, Peng Zhou1, Paikun Zhu1, Yu Tian1, Weiwei Huang1, Yongqi He1, Zhangyuan Chen1; 1Peking Univ., China. A novel multicasting-enable WDM-PON architecture utilizing multiple-pump four-wave-mixing (FWM) scheme with configurable multicasting amount and signal is proposed. Downstream transmission of 10-Gb/s point-to-point signal and 10-Gb/s multicasting signal for 7 optical network units is successfully demonstrated. 10:30–11:00 Coffee Break around Exhibition Area Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 76 2015ACP Program.indd 76 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N206 Conference Room N203 Conference Room N209 AM1F.6 • 09:45 An Energy Saving Strategy for OFDM-PON Based on ONU Data Identification, Ziwei Xue1, Junjie Zhang1, Chen Qian1, Bingyao Cao1, Qianwu Zhang1; 1Key Laboratory of Specialty Fiber Optics and Optical Access Networks, Shanghai Univ., China. An energy saving strategy for OFDM-PON is realized by inserting ONU ID symbols in downstream frame to make sure each ONU only process its own data but not all the revived signals. AM1G.5 • 09:45 Two-bit Photonic Digital-to-Analog Conversion Unit based on Polarization Multiplexing, Fangzheng Zhang1, Bingdong Gao1, Shilong Pan1; 1 Nanjing Univ Aeronautics & Astronautics, China. A 2-bit photonic digital-to-analog conversion unit is proposed and experimentally demonstrated based on polarization multiplexing. It can be used to construct higher resolution DACs and the complexity is expected to be reduced by half. AM1H.4 • 09:45 Virtual-Pod-Assisted Resource Assignment in Elastic All-Optical Switching Intra-Datacenter Networks, Limei Peng1, Gangxiang Shen2; 1Ajou Univ., Korea (the Republic of); 2Soochow Univ., China. We propose efficient resource assignment schemes based on virtual-pod (V-Pod) and node migration in elastic all-optical switching intradatacenter networks (intra-DCNs). Simulation results show that the proposed schemes can significantly reduce the service request blocking probability and improve computing and storage (C/S) resource utilization. AM1I.5 • 09:45 Optical switch for particle manipulation using a ring-assisted Mach-Zehnder interferometer, Wenxiang Jiao 1, Guanghui Wang 1, Xuping Zhang1, Aaron Ho2, Ying Huang3; 1Nanjing Univ., China; 2the Chinese Univ. of Hong Kong, China; 3 Inst. of Microelectronics, A*STAR, Singapore. Ring-assisted Mach-Zehnder interferometer (RAMZI) is proposed for particles switching and manipulation in micro- nanofluidics applications. Simulations shows that significant modulation can be achieved by tunning effective index of the ring up to only ~7×10-4. AM1F.7 • 10:00 An Effective Sampling Frequency Offset Compensation Method for OFDMA-PON, Yufeng Cai1, HAN DUN1, Yingchun Li1, Zhen Zhang1, Chen Qian 1, Bingyao Cao 1, Qianwu Zhang 1; 1 Shanghai Univ., China. A sampling frequency offset compensation method based on frequency domain correlation of long training symbols for OFDMA-PON is experimentally demonstrated which shows 100ppm of sampling frequency offset compensation capability under ROP of -4dBm. AM1H.5 • 10:00 Capacity Extension of Software Defined Data Center Networks With Jellyfish Topology, Victor Mehmeri1, Juan Jose . Vegas Olmos1, Idelfonso Tafur Monroy1; 1Technical Univ. of Denmark, Denmark. We present a performance analysis of Jellyfish topology with Software-Defined commodity switches for Data Center networks. Our results show up to a 2-fold performance gain when compared to an equivalent Layer 2 switching implementation. AM1I.6 • 10:00 Power-referenced refractometer based on fiber-to-fiber evanescently coupling between a tilted fiber Bragg grating and a D-shaped fiber, Zhongyue Cai1, Liu Fu 1, Tuan Guo1, BaiOu Guan1, Gang-Ding Peng3, Jacques Albert2; 1 Inst. of Photonics Technology, Jinan Univ., China; 2 Department of Electronics, Canada; 3Univ. of New South Wales, School of Electrical Engineering and Telecommunications, Australia. A novel tip-reflection and power-referenced refractometry based on fiber-to-fiber evanescently coupling between tilted fiber Bragg grating and D-shaped fiber is proposed and demonstrated to measure surrounding refractive index (SRI) as low as 1.33. AM1F.8 • 10:15 An ONUs Requesting based Full-Range Dynamic Bandwidth Allocation for OFDMA-PON With SLA and CoS, Yafan Liu1, Chen Qian1, Bingyao Cao1, Junni Zou1, Rujian Lin1, Min Wang1; 1 Shanghai Univ., China. An ONUs requesting based full-range dynamic bandwidth allocation for OFDMA-PON with SLA and CoS is proposed to enhance the QoS of the system with adaptive cycle time scheme more effectively. AM1H.6 • 10:15 Experimental Demonstration of Flexible Content Placement to Provide K-Content Connectivity in SDN-Enabled Data Center Optical Networks, Xin Li1, Shanguo Huang1, Shan Yin1, Yu Zhou1, Haibin Huang1, Yongli Zhao1, Jie Zhang1; 1 State Key Laboratory of Information Photonics and Optical Communication, Beijing Univ. of Posts and Telecommunications, China. We define k-content connectivity as the reachability of at least one content from any point of a Data Center network against multi-failures. We demonstrate flexible content placement to provide k-content connectivity through SDN-enabled OTN and IP networks between Data Centers. 10:30–11:00 Coffee Break around Exhibition Area Conference Room N210 AM1J.4 • 10:00 Tunable-Bandwidth Optical Parametric Amplifier Based on Intermodal Four-Wave Mixing in a Few-Mode Fiber, Rui Guo1, Xiaoqi Zhu1, Cheng Zhang1, Juhao Li1, Weiwei Hu1, Zhangyuan Chen1; 1Peking Univ., China. An optical parametric amplifier based on intermodal four-wave mixing in few-mode fibers is proposed. The results show that tunable amplification bandwidth from 1GHz to 60GHz can be realized by changing the wavelength of the pumps. AM1J.5 • 10:15 Reconfigurable Optical XOR Logic Gate of Phase-Modulated Signals with Multicast Functionality through FWM in Single SOA, Guo-Wei Lu1, Gazi Sharif1, Jun Qin2, Hongxiang wang2, Yuefeng Ji2, Shigeru Yamaguchi 1; 1Tokai Univ., Japan; 2Beijing Univ. of Posts and Telecommunications, China. Reconfigurable optical XOR logic gate of phase-modulated signals with multicast functionality is proposed and experimentally demonstrated through FWM in single SOA. Three of four input signals are flexibly combined to participate in the XOR operations. Monday, 23 November Conference Room N212 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 77 2015ACP Program.indd 77 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N202 11:00–12:30 AM2A • Quantum Dot and Nanowire Devices and Photodetectors Presider: Naokatsu Yamamoto; National Inst Information & Comm Tech, Japan Conference Room N204/205 11:00–12:30 AM2B • Best Student Award (Track 2 and 5) Presider: Aaron Ho, The Chinese University of Hong Kong, Hong Kong AM2A.1 • 11:00 Invited Advanced Photonic ICT Devices and Their System Applications Using Quantum-Dot Technology, Naokatsu Yamamoto2, Kouichi Akahane2, Toshimasa Umezawa2, Atsushi Matsumoto2, Atsushi Kanno2, Tetsuya Kawanishi2,1, Tomohiro Kita3, Hirohito Yamada3; 1Waseda Univ., Japan; 2National Inst. of Information and Communications Technology, Japan; 3Tohoku Univ., Japan. Quantum-dot nanotechnology is attractive for use in advanced photonic devices that will augment the available optical-frequency resources and will increase the number of wavelength channels usable by wired and wireless networks in short/middle-range communication systems. AM2B.1 • 11:00 Surface Plasmon Enhanced Microscopy Using Periodic and Aperiodic Nanostructures for Super-resolved Cell Imaging, Taehwang Son1, Wonju Lee1, Donghyun Kim1; 1School of Electrical and Electronic Engineering, Yonsei Univ., Korea (the Republic of). We investigate surface plasmon enhanced microscopy using periodic nanohole apertures and nanoislands. The measured resolution was estimated to be on the order of 20 nm on nanoapeture arrays and 135 nm on random nanoislands. AM2A.2 • 11:30 Single Mode InAs/InP Quantum-dot Microcavity Lasers, JinLong Xiao1, Yue-De Yang1, Shuai Luo1, Hai-Ming Ji1, Tao Yang1, Yong-Zhen Huang1; 1Inst. of Semiconductors, CAS, China. InAs/ InP quantum dot (QD) microcylinder lasers with an output waveguide are fabricated. Single-mode lasing wavelength of 1441 nm with side-mode suppression ratio around 24 dB is achieved from QD excited states emission. AM2B.3 • 11:30 Enhancing the Molecular Sensitivity of Coherent Raman Scattering by Doubly-Resonant CARS (DR-CARS), Henning Hachmeister1, Christian Pilger1, Gerd Wiebusch1, Thomas . Huser1; 1Biomolecular Photonics, Uni Bielefeld, Germany. The sensitivity of Raman scattering methods is limited by their weak scattering cross-section. We show that the application of doubly-resonant CARS will enhance the molecular sensitivity enabling the detection of smaller molecular targets. 11:00–12:30 AM2C • Fiber Lasers IV Presider: Arnaud Mussot; Univ. Lille 1 Laboratoire PhLAM, France Conference Room N207 11:00–12:30 AM2D • Optical Fiber Sensors II Presider: Yun-Jiang Rao; Univ of Electronic Science & Tech China, China AM2C.1 • 11:00 Invited Raman Dissipative Solitons: A New Approach to Generate High-energy Femtosecond Pulses at New Wavelengths, Sergey A. Babin1,2; 1Inst. of Automation and Electrometry RAS, Russian Federation; 2Novosibirsk State Univ., Russian Federation. A review of recent results on generation, optimization and coherent combining of high-energy Raman dissipative solitons of different Stokes orders, obtained by synchronous pumping in PM fiber cavity of normal-dispersion dissipative soliton laser, is given. AM2D.1 • 11:00 Invited Highly Sensitive Optical Fibre Gas Sensors, Wei Jin1; 1Hong Kong Polytechnic Univ., China. Fibre-based photothermal and photoacoustic sensors have demonstrated ppb – ppm level detection limit. The use of optical fibres and near infrared semiconductor lasers would allow compact and cost-effective sensors with remote detection capability. AM2C.2 • 11:30 Invited Versatile Laser and Optical Amplifier for Ultrafast Imaging Applications, Kenneth Kin-Yip Wong1; 1Electrical & Electronic Engineering, The Univ. of Hong Kong, Hong Kong. We report a versatile MHz broadband swept source in both 1.0-mm and 1.55-mm windows for the newly-emerged ultrafast imaging modalities. Its performance can further be enhanced by a broadband sensitive fiber optical parametric amplifier. AM2D.2 • 11:30 Invited Microstructured Optical Fiber Devices for Gas Pressure Measurements, Yiping Wang1, Jian Tang1, Changrui Liao1, Shen Liu1, Bing Sun1, Zhengyong Li1, Xiaoyong Zhong1; 1College of Optoelectronic Engineering, Shenzhen Univ., China. We demonstrated five kinds of gas pressure sensors, including a long period fiber grating written in air-core bandgap fiber, a fiber-tip air bubble, a polymer-capped Fabry-Perot interferometer, an inflated long period fiber grating and a twin-core fiber-based Mach-Zehnder interferometer. Monday, 23 November AM2B.2 • 11:15 Ultrafast 2-D microscopic imaging technology, Yuxi Wang1, Hongwei Chen1, Fangjian Xin1, Minghua Chen1, Sigang Yang1; 1 Tsinghua Univ., China. We here present an ultrafast imaging system based on the theory of space-spectrum-time mapping of laser pulse. This imaging system is experimentally demonstrated to be capable to work at a frame rate as high as 20.9MHz. Conference Room N208 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 78 2015ACP Program.indd 78 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N211 11:00–12:30 AM2E • Best Student Paper Award Competition (Track 3 and 4) Presider: Calvin C. K. Chan; The Chinese Univ. of Hong Kong, Hong Kong AM2E.1 • 11:00 A Full Monitoring Scheme for Long-reach TWDM PONs, Min Cen1, Jiajia Chen2, Veronique Moeyaert1, Patrice Megret1, Marc Wuilpart1; 1Université de Mons, Belgium; 2KTH Royal Inst. of Technology, Sweden. We propose a simple system that realizes for the first time full monitoring functionality for longreach PON. Theoretical analysis and experimental validation demonstrate the proposed scheme is capable of providing accurate fault localization. Conference Room N212 11:00–12:30 AM2F • PON II Presider: C W Chow, National Chiao Tung University, Taiwan Conference Room N206 11:00–12:15 AM2G • Optically Based Microwave Generation and Detection Presider: Yifei Li; Univ. of Massachusetts Dartmouth, USA Conference Room N210 11:00–12:30 AM2H • Optical Signal Processing II Presider: Ping Piu Kuo; Univ. of California, San Diego, USA AM2F.1 • 11:00 Invited High-Speed Direct-Detection WDM PON Using RSOA and Optical/Electrical Equalization, Hoon Kim1; 1Electrical Engineering, KAIST, Korea (the Republic of). We present high-speed WDM-PON systems utilizing reflective semiconductor optical amplifiers and direct detection. We employ the polar RZ format and optical/electrical equalization techniques to maximize the performance of the highly band-limited devices. AM2G.1 • 11:00 Invited Photonics-based Coherent Multiband Radars, Francesco Laghezza2, Filippo Scotti2, Daniel Onori1, Paolo Ghelfi2, Antonella Bogoni1; 1TeCIP Inst., Scuola Superiore Sant’Anna of Pisa, Italy; 2National Laboratory of Photonics Networks, CNIT, Italy. This paper presents the first multiband photonics-based radar transceiver, reporting on the first demonstrator of fully coherent dual band radar able to manage multiple simultaneous coherent radio signals at different frequencies. AM2H.1 • 11:00 Invited High-Speed Optical Signal Processing Using Time Lenses, Michael Galili1, Hao Hu1, Pengyu Guan1, Kasper M. Røge1, Leif K. Oxenløwe1; 1DTU Fotonik Department of Photonics, Danmarks Tekniske Universitet, Denmark. This paper will discuss time lenses and their broad range of applications. A number of recent demonstrations of complex high-speed optical signal processing using time lenses will be outlined with focus on the operating principle. AM2F.2 • 11:30 Energy-efficient Optical Network Units with Simplified FFT Operation in Direct-detection OFDM PON, Boyu Liu1, Jizong Peng1, Jiayang Wu1, Qingming Zhu1, Xiaofeng Hu1, Ciyuan Qiu1, Yikai Su1; 1Shanghai Jiao Tong Univ., China. We propose and experimentally demonstrate simplified FFT operation to improve the energy efficiency of ONUs in OFDM PON. Our proposal can achieve an energy saving of 14.6% compared to the conventional OFDM PON. AM2G.2 • 11:30 Narrowing of IF Band Pass Filter Bandwidth in Spurious Suppressed Opto-Electronic Microwave Oscillator, Takashi Yamaguchi1, Hiroki Morimoto1, Hiroyuki Toda1; 1Doshisha Univ., Japan. We examine the influence of the narrow IF BPF on phase noise of spurious suppressed opto-electronic microwave oscillators. We found that the phase noise cancellation is effective only within the bandwidth of the IF BPF. AM2H.2 • 11:30 Invited Phase Sensitive Amplifiers Using PPLN Waveguides and Their Applications, Masaki Asobe1, Takeshi Umeki2, Hirokazu Takenouchi2; 1Dept. of Electical and Electonic Engineering, Tokai Univ., Japan; 2NTT Device Technology Labs., Japan. Phase sensitive amplifiers are attracting a lot of interest because of their low noise characteristics and phase noise reduction capability. In this talk, we will review recent advances in PSA using periodically poled LiNbO3 waveguide. AM2E.2 • 11:15 Planning for Passive Optical Network Deployment with Kmeans Clustering-based Approach, Hao Chen1, Yongcheng Li1, Gangxiang Shen1; 1School of Electronic and Information Engineering, Soochow Univ., China. We propose a K-means clustering-based approach to plan for the deployment of greenfield passive optical networks (PON) aiming to minimize the total deployment cost. Studies show that the proposed approach is effective to significantly reduce the deployment cost compared to a benchmark random-cut approach. Monday, 23 November AM2E.3 • 11:30 Multi-Domain Fragmentation-Aware RSA Operations through Cooperative Hierarchical Controllers in SD-EONs, Xiaoliang Chen1, Cen Chen1, Daoyun Hu1, Shoujiang Ma1, Zuqing Zhu1; 1Univ of Science and Technology of China, China. This paper investigates lightpath provisioning with fragmentation-aware routing and spectrum assignment across multiple software-defined elastic optical network (SD-EON) domains, with a hierarchical controller framework. The system design is implemented and demonstrated in a multi-national SD-EON control plane testbed. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 79 2015ACP Program.indd 79 11/5/15 3:02 PM Monday, 23 November ACP 2015 — Monday, 23 November Conference Room N202 Conference Room N204/205 Conference Room N208 Conference Room N207 AM2A.3 • 11:45 Fabrication and Characterization of An Ohmic GaAs Nanowire Photodetector, Junshuai Li1, Bang Li1, Xin Yan1, Fukuan Sun1, Xia Zhang1, Xiaomin Ren1; 1Beijing Univ. of Posts and Telecommunications , China. We have fabricated a single GaAs nanowire photodetector, which has an extremely low conduction current in dark and shows resistor-like linear conduction behavior under illumination. A highest responsibility was obtained as 1.58×10-3 A/W. AM2B.4 • 11:45 Experimental Characterization of Rayleigh Backscattering in Few-Mode Fiber Using All-Fiber Photonic Lanterns, Dawei Yu1,2, Songnian Fu1, John v. Weerdenburg2, Zizheng Cao2, Ming Tang1, Perry Shum3, Deming Liu1, Ian Giles4, Ton Koonen2, Chigo Okonkwo2; 1National Engineering Laboratory for Next Generation Internet Access System, School of Optical and Electronic Information, Huazhong Univ. of Science and Technology, China; 2COBRA Research Inst., Eindhoven Univ. of Technology, Netherlands; 3Photonics Centre of Excellence, Nanyang Technological Univ., Singapore; 4Phoenix Photonics, UK. We experimentally characterize the characteristics of Rayleigh backscattering arising in few-mode fiber (FMF) using a mode selective all-fiber photonic lantern whose mode transfer matrix is measured through an easy implementation of backreflection configuration. AM2A.4 • 12:00 A Single InP Nanowire Room-Temperature Photodetector, Xin Yan1, Junshuai Li1, Fukuan Sun1, Yao Wu1, Bang Li1, Xia Zhang1, Xiaomin Ren1; 1Beijing Univ Posts & Telecommunications, China. A room-temperature photodetector based on a single zinc-blende InP nanowire is fabricated, which shows a remarkable photoresponsivity of 0.1 A/W under 532 nm laser excitation at a low power density of 150 μW cm-2. AM2B.5 • 12:00 Six Mode Erbium-doped Fiber Amplifier Using Mode Selective Photonic Lantern, Gisela López-Galmiche1,2, Zeinab Sanjabi Eznaveh2, Luis A. Herrera Piad2,3, Amado M. VelazquezBenitez2, Jorge Rodriguez-Asomoza4, Enrique Antonio-Lopez2, Jose J. Sanchez-Mondragon1, Cedric Gonnet5, Pierre Sillard5, Guifang Li2, Axel Schülzgen 2, Chigo Okonkwo 6, Rodrigo Amezcua-Correa2; 1Inst Nat Astrofisica Optica Electronica, Mexico; 2CREOL, Univ. of Central Florida, USA; 3DICIS, Universidad de Guanajuato, Mexico; 4Universidad de las Americas, Mexico; 5Prysmian Group, France; 6COBRA Research Inst., Netherlands. We demonstrate a six-mode erbium doped fiber amplifier incorporating a photonic lantern for modal gain control. Signal gains >20 dB and differential modal gain <3 dB were obtained through mode selective pumping using LP21 mode. AM2C.3 • 12:00 Yb3+-doped Ultra-Short Pulse Fibre Laser with QPM based Nonlinearity Compensation, Qianwu Zhang1, Chen Qian1, Bingyao Cao1, Xianglong Zeng1, Yingxiong Song1, Min Wang1; 1 Shanghai Univ., China. An ultra-short pulse fibre laser with QPM based nonlinearity compensation is proposed. Simulation results demonstrate that nonlinearity impairment caused by third-order Kerr effect can be effectively compensated with self-defocusing of cascaded second-order nonlinear in PPLN. AM2D.3 • 12:00 A Wind Speed Monitoring Method Based on Fiber Bragg Grating Displacement Sensor, Zhiming Liu1, Zhiguo Zhang1, Cilin Liu1, Luming li2; 1Beijing Univ. of Posts and Telecomm, China; 2Information and Communications branch, Jiangxi Electric Power Company, China. This paper proposes a method based on FBG displacement sensor for monitoring real-time wind speed.Compared with standard anemometer,the precision of the method is about 0.5 m/s. AM2A.5 • 12:15 Quantum efficiency enhanced InGaAs/InP photodetector with polarization insensitive subwavelength gratings, Yongqing Huang1, Wenjing Fang1, Xiaofeng Duan1, Yehong Li1, Jiarui Fei1, Kai Liu1, Jun Wang1, Qi Wang1, Shiwei Cai1, Xiaomin Ren1; 1Beijing Univ Posts & Telecommunications, USA. A polarization insensitive periodical subwavelength grating and a photodetector incorporating this grating were proposed and fabricated. The quantum efficiency of the photodetector was improved 50% by incorporating an achieved grating with more than 80% reflectivity. AM2B.6 • 12:15 Polarization Dependent Hybrid Mode-Locking of ErbiumDoped Fiber Laser with MoS2 Saturable Absorber, Chun-Yen Lin1, Ting-Hui Chen1, Yung-Hsiang Lin1, Zhengqian Luo2, GongRu . Lin1; 1National Taiwan Univ., Taiwan; 2Xiamen Univ., China. Hybrid mode-locking of Erbium-doped fiber laser (EDFL) by incorporating MoS2 saturable absorber and nonlinear polarization rotation is demonstrated. The optimized self-amplitude modulation effect by detuning the intracavity polarization shortens the EDFL pulsewidth to 330 fs. AM2C.4 • 12:15 Thulium-Holmium-codoped, Passively Q-switched Fiber Laser incorporating Bi2Te3 Saturable Absorber, Junsu Lee1, Joonhoi Koo1, Ju Han . Lee1; 1Univ. of Seoul, Korea (the Republic of). We experimentally demonstrate a passively Q-switched thulium-holmium-codoped fiber laser operating at 1.89 μm using a bulk-structured Bi2Te3 topological insulator. It is shown that stable Q-switched pulses with minimum temporal width of ~1.71 μs can readily be generated. AM2D.4 • 12:15 Femtosecond Inscription of Long-period and Fiber Bragg Gratings for Harsh-environment Sensors and High-Power Lasers Applications, Sergey A. Babin1,2, Alexandr V. Dostovalov1, Alexey Wolf1, Alexandr Parygin1; 1Inst. of Automation and Electrometry, Russian Federation; 2Novosibirsk State Univ., Russian Federation. FBGs inscribed through polyimide coating by femtosecond laser point-by-point direct writing may serve as robust laser mirrors and sensors. Proposed slit beam shaping method for LPGs writing enables creating efficient polarizationmaintaining fiber filters. 12:30–14:00 Lunch Break, On Your Own Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 80 2015ACP Program.indd 80 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N212 Conference Room N206 AM2E.4 • 11:45 Chaotic WDM-PON with Symmetrical Subcarrier Modulation Multiplexing, Jing Wang1, Ning Jiang1, Chenpeng Xue1, Kun Qiu1; 1UESTC, China. A novel passive optical network configuration based on synchronization of WDM chaotic signals and symmetrical subcarrier modulation multiplexing is introduced. The proposed scheme can greatly improve the physical layer security and enhance the communication capacity. AM2F.3 • 11:45 A low complexity of PAPR reduction scheme in the IM-DD optical OFDM system based on fast Hartley transform, Lap Maivan2,1; 1HaiPhong Private Univ., Viet Nam; 2College of Computer Science and Electronic Engineering, Key Laboratory for Micro-/Nano-Optoelectronic Devices of Ministry of Education, Hunan Univ., China. We propose and experimentally demonstrate a novel NBPSO on DSI for PAPR reduction in an IM-DD OOFDM system based on FHT. The experimental results show that receiver sensitivity can be improved by more than 2dB. AM2G.3 • 11:45 Influence of Slow Light on Optoelectronic Oscillators based on Stimulated Brillouin Scattering, Huanfa Peng1, Cheng Zhang1, Yongchi Xu1, Lixin Zhu1, Weiwei Hu1, Zhangyuan Chen1; 1 Peking Univ., China. 48.9-ns delay via slow light in optoelectronic oscillators based on stimulated Brillouin scattering is experimentally measured by side-modes shifting in the phase noise curve. The result demonstrates a potential fine tuning approach in optoelectronic oscillators. AM2E.5 • 12:00 A novel wavelength sharing TWDM-PON architecture with tunable laser and multi-free-spectral-range AWGR, Yuan Liu1, Hao He1, Kuo Zhang1, Weisheng Hu1; 1Shanghai Jiao Tong Univ., China. We propose and experimentally demonstrate a novel TWDM-PON architecture with shared tunable laser and multi-free-spectral-range AWGR. It supports wavelength sharing within the same and among different ODNs. 40Gbps capacity and 40dB power budget are achieved. AM2F.4 • 12:00 PAPR Reduction and Nonlinear Impairment Mitigation by Frequency Guard Band-Tone Reservation for DD-OFDM, Jizong Peng1, Boyu Liu1, Jiayang Wu1, Qingming Zhu1, Ciyuan Qiu1, Yikai Su1; 1Shanghai Jiao Tong Univ., China. A novel OFDM PAPR reduction scheme by exploiting frequency guard band (FGB) is proposed and experimentally demonstrated. Effective mitigation of nonlinear impairments is validated and BER improvement of 2.6 dB is achieved over 50-km fiber transmission without sacrificing data rate. AM2G.4 • 12:00 An analytical model of the injection-locked optoelectronic oscillator, Zhenghua Zhou1; 1School of Electronic Science and Engineering, China. We propose a new scheme of an optoelectronic oscillator (OEO) based on injection locking (IL) technique. The side mode suppression ratio is more than 40dB and the phase noise at low offset frequencies is reduced. AM2E.6 • 12:15 RIN Mitigation in Second-Order Pumped Raman Fibre Laser Based Amplification, Mingming Tan1, Pawel Rosa2, Md A. Iqbal1, Ian Phillips1, Javier Nuño2, Juan D. Ania-Castanon2, Paul Harper1; 1Aston Univ., UK; 2Instituto de Óptica, Spain. We experimentally investigate three Raman fibre laser based amplification techniques with second-order bidirectional pumping. Relatively intensity noise (RIN) being transferred to the signal can be significantly suppressed by reducing first-order reflection near the input end. AM2F.5 • 12:15 Experimental Demonstration of a Novel PON System Using Multi-dimensional CAP-OFDM Technique, Lu Shi1, Jiale He1, Lei Deng1, Ming Tang1, Songnian Fu1, Deming Liu1, Perry Ping Shum2; 1Huazhong Univ. of Sci. & Tech., China; 2Nanyang Technological Univ., Singapore. We experimentally demonstrate a novel CAP-OFDM-PON system, in which four OFDM channels of 1.25 Gb/s bitrate per channel are multiplexed using four-dimensional CAP filters. Both reliability and flexibility of multiple ONUs’ access have been obtained. Conference Room N210 AM2H.3 • 12:00 A Wide Pull-in Range OPLL System Using an Optical Voltage Controlled Oscillator, Ding Ding1, Zhang Yang’an1, Yongqing Huang1, Limeng Wang1; 1IPOC of BUPT, China. We firstly apply an easy but powerful frequency pulling module to an SC-OPLL system and successfully demonstrate a high-dynamic OPLL operation with a pull-in range as wide as 2.4GHz. AM2H.4 • 12:15 Self-Oscillating Optical Frequency Comb Generator Based on an Optoelectronic Oscillator, Xingyuan Xu1, Jian Dai1, Zhongle Wu1, Yitang Dai1, Feifei Yin1, Yue Zhou1, Jianqiang Li1, Kun Xu1; 1Beijing Univ. of Posts and Telecomm, China. A self-oscillating optical frequency comb generator based on an optoelectronic oscillator was demonstrated. We generated a nine-line optical frequency comb and a 10GHz microwave signal with phase noise of -115dBc/Hz at 10 kHz offset. 12:30–14:00 Lunch Break, On Your Own Monday, 23 November Conference Room N211 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 81 2015ACP Program.indd 81 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N202 Conference Room N208 14:00–16:00 AM3A • Devices for Optical Interconnects Presider: Dominic Goodwill, Huawei, Canada 14:00–15:45 AM3B • Fiber Lasers V Presider: Xinhuan Feng, Jinan University, China Conference Room N207 14:00–15:45 AM3C • Novel Fiber Devices II Presider: Wei Jin; The Hong Kong Polytechnic Univ., Hong Kong Conference Room N211 14:00–15:45 AM3D • Long-haul Transmissions II Presider: Xiang Liu, Futurewei Technologies, Huawei R&D, USA Conference Room N212 14:00–15:15 AM3E • DSP for Short-reach Systems Presider: Chigo Okonkwo, Eindhoven University of Technology, Netherlands AM3B.1 • 14:00 Invited Operation regimes of normal-dispersion modelocked fiber lasers, Andy Chong1; 1Univ. of Dayton, USA. The performance of mode-locked fiber lasers lagged behind solid-state lasers historically. Significant performance improvement even exceeding the performance of solid-state counterparts is possible by utilizing unique nonlinear pulse operations in normal-dispersion fiber lasers. AM3C.1 • 14:00 Invited Advanced FBG Structures Designed and Fabricated for Optical Signal Processing, Xuewen Shu1; 1Wuhan National Lab for Optoelectron, Huazhong Univ of Science and Technology, China. We review our recent research on the design and fabrication of advanced fiber Bragg grating structures for optical signal processing. FBG based processors including optical differentiators, pulse shapers and modulation format converters are discussed. AM3D.1 • 14:00 Invited A Comparative Analysis of Different Perturbation Models for the Nonlinear Fiber Channel, Marco Secondini 1, Enrico Forestieri 1; 1TECIP Inst., Scuola Superiore Sant’Anna, Italy. Different models for the nonlinear optical fiber channel are compared in terms of accuracy. The regular perturbation, enhanced regular perturbation, and logarithmic perturbation models are considered, and a new model based on the Magnus series expansion is introduced. AM3E.1 • 14:00 Invited Digital signal processing for short haul optical data communication systems, Tomoo Takahara1, Toshiki Tanaka1, Masato Nishihara1, Ryo Okabe1, Lei Li2, Zhenning Tao2, C. Rasmussen Jens1; 1Fujitsu Limited, Japan; 2Fujitsu R&D Center, China. Digital Signal processing is going on spreading from long reach systems to short reach systems. Especially Discrete Multi-Tone is an attractive technology for short reach optical transmission systems. In this paper we review this technology. AM3A.2 • 14:30 Invited VCSEL for High Speed Datacom Interconnects, Norbert Lichtenstein1, Sven Eitel1, Stephanie Saintenoy1, Wolfgang Kaiser1, Michael Moser1; 1II-VI Laser Enterprise, Switzerland. Energy efficient VCSEL designs with <0.25 nm RMS line width and >10 GHz 3 dB modulation response at 2 mA current suitable for 28 Gbps PAM4 modulation are presented. AM3B.2 • 14:30 Widely Wavelength-Tunable and AmplitudeEqualized Rational Harmonic Mode-Locked Laser Employing a Bismuth-Based Highly Nonlinear Erbium-Doped Fiber, Yutaka Fukuchi1, Joji Maeda1; 1Tokyo Univ. of Science, Japan. We demonstrate a rational harmonic mode-locked laser using a bismuth-based nonlinear erbiumdoped fiber. The cavity length is 6m. Amplitudeequalized stable short pulses up to 40GHz are obtained for the wavelength tunable range covering the CL-band. AM3C.2 • 14:30 Invited Annealing and Regeneration in Optical Fibres, John . Canning1, Wei Liu1, Kevin Cook1; 1Interdisciplinary Photonics Laboratories, Univ. of Sydney, Australia. Here, we’ll review recent work suggesting that even low temperature annealing of optical fibres exposed to UV light leads to nanoscale changes in physical dimensions of waveguides. AM3D.2 • 14:30 15.4 Tb/s C-Band Only Unrepeatered Transmission of Real-Time Processed 200 Gb/s PDM-16 QAM over 355 km, Dominique Mongardien1, Christian Bastide1, Hans Bissessur1, Sophie Etienne 1; 1Alcatel-Lucent Submarine Networks, France. We present a record 77 x 200 Gb/s, Cband only unrepeatered transmission experiment over 355 km, applying a booster at the transmitter side and a ROPA with third-order Raman pumping at the receiver end. AM3E.2 • 14:30 DSP Complexity Growth in MIMO-MDM Systems for Short Reach Networks, Kai Shi1, Benn C. Thomsen1; 1Department of Electronic & Electrical Engineering, Univ. College London, UK. The impact of transmission distance and number of modes on the complexity of several MIMO-DSP algorithms are compared for fibers in three DMD regimes and in the presence of discrete perturbation such as MUX/DEMUX and splices. Monday, 23 November AM3A.1 • 14:00 Invited Increasing Capacity of Silicon Photonic MachZehnder Switch Chips for Optical Networks and Datacenters, Dominic Goodwill1, Patrick Dumais1, Hamid Mehrvar1, Eric Bernier1; 1Huawei Technologies Canada, Canada. Silicon photonic switch fabrics require low-loss and low-crosstalk scalable topologies, and optimized photonic components. We analyze the optical performance of switch matrices constructed of Mach-Zehnder cells for a DWDM network circuit switch and for a datacenter packet switch. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 82 2015ACP Program.indd 82 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N206 14:00–15:45 AM3F • Signal Processing for Advanced Modulation Formats Presider: Yi Cai, ZTE Inc, USA Conference Room N203 14:00–15:30 AM3G • Node Architecture Presider: Limei Peng; Ajou Univ., Korea (the Republic of) Conference Room N209 14:00–15:45 AM3H • Plasmonics and Sensors Presider: Guanghui Wang, Nanjing Univ., China Conference Room N210 14:00–15:45 AM3I • Optical Signal Recovery Presider: Tianhua Xu, UCL, UK NOTES ________________________ ________________________ ________________________ ________________________ AM3F.1 • 14:00 Invited Hybrid Optical Phase Quantization for All-optical Signal Processing, Takayuki Kurosu1, Hung Nguyen Tan1, Karen Solis-Trapala1, Shu Namiki1; 1 Natl Inst of Adv Industrial Sci & Tech, Japan. Recent progress in all-optical signal processing based on the novel hybrid optical phase squeezer (HOPS) is presented. After reviewing the principle, we experimentally demonstrate various configurations of HOPS to phase-regenerate BPSK signal and QPSK signal. AM3F.2 • 14:30 A Proposal and Analytical Investigation of Optical Comparison-Operation Scheme for Viterbi Decoding, Yohei Aikawa1, Hiroyuki Uenohara1; 1 Tokyo Inst. of Technology, Japan. We propose an optical comparison-operation scheme in Viterbi decoding for realizing optical FEC technologies. We analytically obtained net coding gain close to the conventional scheme with less processing number of calculation steps for QPSK-modulated signals. AM3G.1 • 14:00 Invited Planning of Optical Networks Based on Programmable ROADMs, Marija Furdek1, Matija Dzanko2, Nina Skorin-Kapov3, Lena . Wosinska1; 1 School of ICT, KTH Royal Inst. of Technology, Sweden; 2Faculty of Electrical Engineering and Computing, Univ. of Zagreb, Croatia; 3Univ. Center of Defense, San Javier Air Force Base, Spain. Synthetic programmable ROADMs enable great architectural flexibility and offer remarkable opportunities for network optimization. This paper summarizes the benefits and network planning challenges introduced by this technology and outlines optimization approaches to utilize its advantages. AM3H.1 • 14:00 Invited Massive Orbital Angular Momentum Channels for High Capacity Optical Communication Using Optical Vortex Gratings, Xiaocong Yuan1; 1 Shenzhen Univ., China. We demonstrate orbital angular momentum (OAM) based optical interconnect using optical vortex grating. We achieve 160Tbit/s data transmission by 10 individual OAM channels multiplexing. We also demonstrate highspeed switch and multicast of 49 OAM channels. AM3G.2 • 14:30 An Elastic Optical Network Node Architecture Supporting Reconfigurable Superchannel Multicasting, Paikun Zhu1, Juhao Li1, Yuanxiang Chen1, Xin Chen1, Zhongying Wu1, Dawei Ge1, Yu Tian1, Peng Zhou1, Zhangyuan Chen1, Yongqi He1; 1State Key Laboratory of Advanced Optical Communication Systems and Networks, Peking Univ., China. We introduce a switching node architecture for elastic optical network with capability of polarization-division-multiplexing superchannel multicasting in spectrum domain. The multicasting performance and reconfigurability of the node is investigated by experiments. AM3H.2 • 14:30 Sensitivity-improved plasmonic fiber-optic refractometer based on differential measurement between cut-off and plasmonic resonances, Jian Xu 1, Zhang Xuejun 1, Linzi Han1, Xuhui Qiu1, Liu Fu 1, Tuan Guo1, Bai-Ou Guan1; 1Jinan universuty, China. Based on differential intensity measurement between the cut-off and Plasmon resonances of an Au-coated tilted fiber Bragg grating, refractometer with RI sensitivity of 920 dB/RIU over the range of 1.332 to 1.357 has been achieved. AM3I.1 • 14:00 Invited Cancellation of Nonlinear Impairments in Fiber Optic Transmission Systems, Nikola Alic1; 1Univ. of California, USA. Nonlinear crosstalk has been main capacity-limiting impairment in fiber optic transmission for at least 20 years. In this contribution we present successful cancellation of nonlinear interaction enabling longer reach and higher capacity systems. ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ AM3I.2 • 14:30 Invited Approaching Complete Cancellation of Nonlinearity in WDM Transmission Through Optical Phase Conjugation, Karen Solis-Trapala1, Mark Pelusi 2, Hung Nguyen Tan 1, Takashi Inoue 1, Satoshi Suda1, Shu Namiki1; 1National Inst. of Advanced Industrial Science and Technology (AIST), Japan; 2Univ. of Sydney, Australia. We review transformative effects of phase conjugation in transmission: the feasibility of complete nonlinearity cancellation in WDM transmission via an idealized system design, and the recovery of a DP-64QAM signal in a field-deployed legacy-fiber link. ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ Monday, 23 November ________________________ Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 83 2015ACP Program.indd 83 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N202 Conference Room N208 Conference Room N207 AM3B.3 • 14:45 Spectral Compression of All-normal-dispersion Mode-locked Fiber Laser, Yi Hua1, Xiaosheng Xiao1; 1Tsinghua Univ., China. Spectral compression of all-normal-dispersion mode-locked fiber lasers is investigated numerically and experimentally. The spectral compression ratio could be up to 10, and picosecond pulses with clean and narrow spectrum is obtained by optimizing the setup. Monday, 23 November AM3A.3 • 15:00 Invited Building a Robust Hybrid III-V-on-Silicon Transceiver, Di Liang1, Geza Kurczveil1, Chong Zhang1,2, Marco Fiorentino1, John E. Bowers2, Raymond G. Beausoleil1; 1HP Labs, System Research Lab, USA; 2 Electrical and Computer Engineering, Univ. of California, USA. We review our recent progress in hybrid silicon microring lasers and photodetectors for a hybrid transceiver. High-temperature continuous-wave lasing and high-speed operation in both lasers and photodetectors are demonstrated. AM3B.4 • 15:00 Wavelength-Tunable Mode-Locked Erbium Fiber Laser Based on Phase-Shifted Long-Period Gratings, Jie Wang1,2, A. Ping Zhang1, Yonghang Shen2, Hwa Yaw Tam1, Ping Kong A. Wai3; 1Department of Electrical Engineering, The Hong Kong Polytechnic Univ., China; 2Department of Optical Engineering, Zhejiang Univ., China; 3Department of Electronic and Information Engineering, The Hong Kong Polytechnic Univ., China. A wavelength-tunable mode-locked Erbium fiber laser based on a phase-shifted long-period grating is presented. Output wavelength is tuned over ~20 nm through heating the grating. The corresponding pulse duration varies from 0.91 to 1.3 ps. AM3C.3 • 15:00 All Fiber Broadband Mode Multiplexer Based on Mode Rotator and Tapered Mode Selective Coupler, Xinglin Zeng1, Yan Li1, Jian Wu1; 1Beijing Univ of Posts & Telecom, China. All-fiber broadband mode multiplexer based on degenerate mode rotator and tapered mode selective coupler is proposed. Six modes can be multiplexed and get high mode coupling efficiencies in 200nm wavelength band. AM3B.5 • 15:15 Stable Nanosecond Chirp-free Pulse Generation with Ultra-narrow Bandwidth from a Passively CW Mode-locked Fiber Laser, Chen Jin1, Sigang Yang1, Xiaojian Wang1, Minghua Chen1, Hongwei Chen1, Shizhong Xie1; 1Tsinghua Univ., China. A stable nanosecond chirp-free pulse generation with ultra-narrow bandwidth is established from a passively mode-locked erbium-doped fiber laser with a homemade fiber Bragg Grating as the intra-cavity filter and careful intra-cavity dispersion management introduced. AM3C.4 • 15:15 Microstructured Optical Fibers for Transmitting Orbital Angular Momentum (OAM) Mode, Guoxuan Zhu1, Xuyang Wang2, Yujie Chen1, Hui Chen1, Yanfeng Zhang1, Siyuan Yu1, Cheng Du3, Wei Li3, Jie Zhang3, Wenyong Luo3, Shiyu Li3; 1Sun Yat-sen Univ., China; 2Univ. of Bristol, UK; 3Optical Fiber R&D Department of Fiberhome Telecommunication Technologies Co. Ltd, China. We present the design of a microstructured fiber for optical communications with orbital angular momentum (OAM) modes, which can effectively avoid the excitation of linearly polarized (LP) modes with its unique air-core and air-coated structure. Conference Room N211 Conference Room N212 AM3D.3 • 14:45 Nonlinearity Tolerance of 1.28Tb/s 16QAM Nyquist-WDM Superchannel Transmission, Wanli Wang1, Yanya Hao1, Yaojun Qiao1; 1Beijing Univ. of Posts and Telecommunications, China. We fix the GN model by calculating FWM in 16QAM systems with varied baud rate per sub-channel and the nonlinearity is minimized when each sub-channel is 4 G Baud for 1.28Tb/s transmission over 1500km SSMF. AM3E.3 • 14:45 PDM PAM-4 with IM-DD using a simple MIMO DSP-based receiver for short reach communications, Xian Zhou1,3, Jiahao Huo 1, Kangping Zhong3, Liang Wang3, Jinhui Yuan3, Haiquan Cheng3, Keping Long1, Alan Pak Tao Lau2, Chao Lu 3; 1Univ. of Science & Technology Beijing (USTB), China; 2Photonics Research Centre, Department of Electric Engineering, The Hong Kong Polytechnic Univ. , China; 3Photonics Research Centre, Department of Electric and Information Engineering, The Hong Kong Polytechnic Univ., China. A simple MIMO DSP-based receiver is proposed for polarization multiplexing IM-DD system in short reach communication systems. The performance of the proposed receiver is demonstrated in a 224Gbit/s PDM-PAM4 10km IM-DD transmission system. AM3D.4 • 15:00 Invited Transoceanic Transmission with Few-mode Fibers, Fatih Yaman1; 1NEC Laboratories America Inc., USA. Abstract not available. AM3E.4 • 15:00 Design and Implementation of Blind Equalization Algorithm for Multiband CAP Modulation in High Speed and High Spectral Efficiency Optical Data Link, Fangjian Li1, Min Zhang1, Danshi Wang1; 1Beijing Univ. of Posts and Telecommunications, China. A 102 Gbit/s short range optical data link for inter-datacenter interconnect using MultiCAP and CMA_DDLMS algorithm is proposed and demonstrated. The results show that MultiCAP signal in inter-datacenter interconnect system can be transmitted over 40-km SSMF with BER below FEC threshold of 7%. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 84 2015ACP Program.indd 84 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N206 Conference Room N203 Conference Room N209 AM3F.3 • 14:45 LDPC-coded BICM-ID with Nonuniform Signaling for Ultra-High-Speed Optical Transport, Tao Liu1, Ivan B. Djordjevic1; 1Univ. of Arizona, USA. An LDPC-coded BICM-ID scheme with nonuniform signaling is proposed, which is designed by mapping a variable-length prefix code onto signal constellation. We demonstrate that proposed nonuniform signaling scheme outperforms LDPCcoded 8-QAM by at least 0.8 dB. AM3G.3 • 14:45 Fair comparison of the contentionless property in OXC, Thierry Zami1, Philippe Jennevé2, Hans Bissessur3; 1Alcatel-Lucent France, France; 2 Bell Labs France, Alcatel-Lucent, France; 3 Alcatel-Lucent Submarine Network, France. By comparing 2 distinct wavelength-routing Optical Cross-Connects (OXC), this study highlights the relevance to consider dynamic traffic when assessing the contentionless property. AM3H.3 • 14:45 A Parallel-Moving Prism Based Phase Modulator for Phase-sensitive SPR Biosensor, Li Jiang1; 1 Zhejiang Univ., China. A novel parallel-moving prism based phase modulator (PM-PPM) is proposed, which offers high sensitivity, high stability and low-cost. The resolution measured by glycerine solutions is 3.42×10-7 RIU and the detection limit of anti-Angiogenin is achieved at 2.143 nM. Conference Room N210 NOTES ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ AM3F.4 • 15:00 A Novel Optical Carrier Phase Estimation Technique Based on Viterbi-Viterbi and QPSK Partitioning for 16-QAM, Heba Shehata1, Mai Banawan1, Ziad A. El-Sahn1; 1Alexandria Univ., Egypt. We propose a novel carrier phase estimator based on two-stage Viterbi-Viterbi and QPSK partitioning for 16-QAM. Simulation shows that the proposed algorithm is highly tolerant to laser linewidth with a reduced cycle slip probability. AM3G.4 • 15:00 A Novel OXC Architecture Utilizing Switching Bridges for Mode Division Multiplexing Optical Networks, Yumeng Hao1, Juhao Li1, Xin Chen1, Yongqi He1, Zhangyuan Chen1; 1Peking Univ., China. We propose a novel large-scale OXC architecture that utilizes intra-mode optical crossconnect sub-elements and inter-mode switching bridges. We show by simulation that the proposed OXC architecture attains significant hardware scale reduction and similar blocking performance to the one-dimensional fully-connected OXC. AM3H.4 • 15:00 High-sensitivity humidity sensor based on microfiber Sagnac interferometer, Li-Peng Sun1, Jie Li1, Long Jin1, Yang Ran1, Bai-Ou Guan1; 1Jinan Univ., China. A relative humidity (RH) sensor based on a high-birefringence (Hi-Bi) Sagnac interferometer is proposed and demonstrated. By inserting a Hi-Bi Panda fiber into the Hi-Bi microfiber Sagnac loop, the sensitivity is enhanced significantly. AM3I.3 • 15:00 Invited Optical Injection Locking based Carrier Recovery for Coherent Signal Reception, Zhixin Liu1, David J. Richardson1, Radan Slavík1; 1Optoelectronics Research Centre (ORC), Univ. of Southampton, UK. We use optical injection locking for carrier recovery in carrier-assisted coherent OFDM. A robust narrow-bandwidth locking with slow phase lock loop is discussed. Simplified DSP and improved performance with respect to intradyne detection is demonstrated. ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ AM3G.5 • 15:15 Off-Line Contention Management in Colorless Directionless Reconfigurable Optical Add/ Drop Multiplexer Node, Sina Fazel1,2, Mounia Lourdiane1, Catherine Lepers1,2; 1Telecom SudParis, Universite Paris-Saclay , France; 2SAMOVAR, Telecom SudParis,CNRS, Universite Paris-Saclay, France. In this work, we investigate an autonomous off-line management strategy for colorless directionless reconfigurable optical Add/Drop multiplexer node based on assigning bank utilization priority for each direction considering the number of Add/Drop banks and capacity of each bank present in the node. AM3H.5 • 15:15 High-sensitivity microfiber interferometric hydrogen sensors, Zhipeng Yu1, Long Jin1, Yang Ran1, Bai-Ou Guan1; 1Jinan Univ., China. We present highly sensitive hydrogen detection by means of microfiber Mach-Zehnder interferometer. Its transmission spectrum blue shifts by 0.92 nm when exposed to hydrogen with a concentration of 5%, as a result of the strong evanescent field interaction with the Palladium coating. ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ Monday, 23 November AM3F.5 • 15:15 High-Contrast Recognition of QPSK Coded Labels by OpticalWaveguide CircuitWith Nonlinear Thresholders, Tadashi Kondo1, Hiroki Kishikawa1, Nobuo Goto1; 1Tokushima Univ., Japan. Our previously reported passive waveguide circuits recognizing PSK labels limited the number of recognizable labels due to its low contrast at the outputs. In this paper, we propose the improved circuits utilizing optical nonlinear thresholders. Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 85 2015ACP Program.indd 85 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N202 Conference Room N208 Conference Room N207 Conference Room N211 AM3A.4 • 15:30 Impact of Analog Interface Bandwidth of Pluggable Analog Coherent Optics on Performance of 100G DP-QPSK System, HyunDo Jung1, Chun Ju Youn1, Seo-Young Lee1, YoungTak Han1, Joong-Seon Choe1, Won-Seok Han1, Jong-Hoi Kim1, Yong-Hwan Kwon1; 1ETRI, Korea (the Republic of). We evaluate the performance degradations of 100G DP-QPSK signals by lossy analog interface between DSP and the pluggable module, controlling ICR bandwidth. Depending on ICR bandwidth, the performance of 100G DP-QPSK signals shows ~2.5dB OSNR penalty (BER:1e-3) at 32GBd. AM3B.6 • 15:30 Passive Mode-Locking at 1.8 μm Using a HighOrder Microring Resonator in a Figure Eight Fiber Laser, Kwong Shing Tsang1,2, Li Jin3, Victor Ho3,2, Jack Cheung2, Alessia Pasquazi4, Ray Man2, Sai Tak Chu1, Ping Kong A. Wai1; 1Photonics Research Center and Department of Electronic and Information Engineeringg, The Hong Kong Polytechnic Univ., Hong Kong; 2Amonics Limited, Hong Kong; 3Department of Physics and Materials Sciences, City Univ. of Hong Kong, Hong Kong; 4 Department of Physics and Astronomy, Univ. of Sussex, UK. We demonstrated a 1.81 μm modelocked figure eight laser using an integrated 11-th order microring resonator. Mode-locked train centered at 1.81 μm with repetition rate of 9.09 MHz is achieved. AM3C.5 • 15:30 All-optical Intensity Modulation Based on Silicon Core Fiber, Haiyan Zheng1, Na Chen1, Ziwen Zhao1, Fufei Pang1, Zhenyi Chen1, Tingyun Wang1; 1 Key Laboratory of Specialty Fiber Optics and Optical Access Networks, Shanghai Univ., China. An all-optical intensity modulation scheme is proposed by using silicon core fiber Fabry-Pérot (F-P) cavity. Intensity of 1535nm light is modulated by 976nm laser and the maximum intensity modulation depth achievable is estimated above 10dB. AM3D.5 • 15:30 Signal Power Asymmetry Optimisation for Optical Phase Conjugation Using Random DFB Laser Raman Amplification, Pawel Rosa1, Son Thai Le2, Giuseppe Rizzelli1, Mingming Tan2, Juan D. Ania-Castanon1; 1Instituto de Óptica, Spain; 2AIPT, Aston Univ., UK. We numerically optimise in-span signal power asymmetry in advanced Raman amplification schemes, reaching 3% over 62 km SMF, and evaluate its impact on the performance of systems using mid-link OPC using 7×15 16QAM Nyquist-spaced WDM-PDM. Conference Room N212 AM3A.5 • 15:45 Restricted Launch Polymer Multimode Waveguides for Board-level Optical Interconnects with >100 GHz×m Bandwidth and Large Alignment Tolerance, Jian Chen1, Nikos Bamiedakis1, Peter Vasil’ev1, Richard V. Penty1, Ian H. White1; 1 Univ. of Cambridge, UK. We report enhanced bandwidth performance of >100 GHz×m over an offset range of ±10 µm in multimode polymer waveguides under restricted launch, demonstrating the capability to support on-board data rates of >100 Gb/s. 16:00–16:30 Coffee Break around Exhibition Area Monday, 23 November 16:30–18:30 Postdeadline Session, Rooms N202/N203 and N211/N212, HKCEC 19:00–21:00 Banquet and Closing Ceremony, Chancellor Room, HKCEC Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 86 2015ACP Program.indd 86 11/5/15 3:02 PM ACP 2015 — Monday, 23 November Conference Room N206 AM3F.6 • 15:30 Dependence of Noise Tolerance on Depth of Learning in BPSK Label Processing Using Complex-Valued Neural-Network, Hanayo Fujimoto 1, Hiroki Kishikawa 1, Nobuo Goto 1, Shin-ichiro Yanagiya1; 1Tokushima Univ., Japan. Optical neural-network to process PSK labels for photonic routing is proposed, which consists of optical amplifiers, phase shifters and nonlinear thresholders. Noise tolerance for incident labels is improved by reducing learning depth for weights. Conference Room N203 Conference Room N209 Conference Room N210 NOTES AM3H.6 • 15:30 Surface Plasmon Resonance Sensor Based on a Polymer Waveguide with a Copper Thin-Film Overlay, Satyendra K. Mishra1, Bing Zou1, Kin S. Chiang1; 1City Univ. of Hong Kong, Hong Kong. We investigate theoretically and experimentally a refractive-index sensor based on surface plasmon resonance with a copper thin-film overlay deposited on a polymer waveguide. The sensor shows a very high sensitivity of about 37 μm/RIU. AM3I.4 • 15:30 Precisely Experimental Optimization of FWM based All-Optical Amplitude Reshaping, Heng Zhou1, Ming-le Liao1, Kun Qiu1, Xing-yu Zhou1; 1 Univ. of Electronic Science and Technology of China, China. A strong optimization method for fiber FWM based all-optical amplitude reshaping is experimentally demonstrated. Greatly enhanced amplitude reshaping performance with biggest ER improvement ever reported by fiber FWM process is achieved. ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ 16:00–16:30 Coffee Break around Exhibition Area 16:30–18:30 Postdeadline Session, Rooms N202/N203 and N211/N212, HKCEC ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ ________________________ Monday, 23 November 19:00–21:00 Banquet and Closing Ceremony, Chancellor Room, HKCEC ________________________ Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 87 2015ACP Program.indd 87 11/5/15 3:02 PM Key to Authors Key to Authors and Presiders A A. I. Selmy, Hossam - ASu1H.4 Abeywickrama, Sandu - ASu5F.5 Abid, Kamran - AM1A.2 Absil, Philippe - AM1B.4 Agraz, Fernando - AM1H.2 Aikawa, Yohei - AM3F.2 Akahane, Kouichi - AM2A.1, ASu5A.1 Alam, Shaif-ul - AS4C.2 Al-Awis, Suhail - ASu2A.75 Albert, Jacques - AM1I.6, ASu4G.3 Ali Houfaneh, Abdoulkader - AS3B.4 Alic, Nikola - AM3I.1 Al-Janabi, Hadi - ASu1C.2 Alleruzzo, Luciano - ASu1I.2 Almuneau, Guilhem - ASu1A.3 Alyshev, Sergey - ASu3C.3 Amezcua-Correa, Rodrigo - AM2B.5 An, gaofeng - ASu2A.110 An, Le - ASu2A.3 An, Qi - ASu2A.82 An, Zesheng - ASu2A.141 Ando, Rina - ASu1E.2, ASu4H.4 Andre, Nuno M.- ASu1E.1 Andrekson, Peter A.- AS3F.4 Ania-Castanon, Juan D.- AM2E.6, AM3D.5 Anthony, Jessienta - ASu1C.2 Antonio-Lopez, Enrique - AM2B.5 Aoki, Yasuhiko - AM1E.4 Apostolopoulos, Dimitrios - ASu1B.3 Aref, Vahid - AS3D.4 Argyris, Nikolaos - AS4D.4, ASu1B.3 Argyros, Alexander - ASu1C.2, ASu3C Asobe, Masaki - AM2H.2 Avramopoulos, Hercules - AS4D.4, ASu1B.3 Awaji, Yoshinari - ASu5D, ASu5D.5 B Baba, Ken-ichi - AS4H.4 Babin, Sergey A.- AM2C.1, AM2D.4, AM3B Baharuddin, Aina N.- ASu5A.3 Bai, Chenglin - ASu2A.72 Bai, Chenglin - ASu2A.14, ASu2A.94 Bai, Jinhua - AM1B.3, ASu5I.4 Bai, Lin - AS4H.7, ASu4F.2 Bai, Min - ASu2A.154 Bai, Neng - ASu5D.3 Bai, Wei - AS4H.5 Bakopoulos, Paraskevas - AS4D.4 Ballato, John - ASu5C.1 Bamiedakis, Nikos - AM3A.5 Banan, Behnam - AM1B.1 Banawan, Mai - AM3F.4, ASu2A.73, ASu5D.2 Bastide, Christian - AM3D.2 Batshon, Hussam - AS3F.1 Bauwelinck, Johan - AM1B.4 Beausoleil, Raymond G.- AM3A.3 Bellanzon, Camilla - ASu1G.2 Bernier, Eric - AM3A.1, AS4B.3, AS4G.3 Bi, Lijun - ASu2A.50 Bi, Meihua - AS3E.4, AS4F.3 Bi, Xuemei - ASu2A.119 Bigo, Sébastien - AS3E.2 Bissessur, Hans - AM3D.2, AM3G.3 Bobrovs, Vjačeslavs - ASu5E.3 Boffi, Pierpaolo - AS4H.2 Bogoni, Antonella - AM2G.1 Bolten, Jens - ASu1B.3 Borui, Li - AM1D.5, AS4E.3, ASu2A.84 Bowers, John E.- AM3A.3 Bres, Camille-Sophie - AS3J.1 Brudieu, Barbara - ASu1A.1 C Cai, Anliang - ASu4E.1 Cai, Haiwen - ASu3C.4 Cai, Jin-Xing - AS3F.1 Cai, Qing - ASu1H.3 Cai, Shanyong - ASu2A.97 Cai, Shiwei - AM2A.5, ASu3B.2, ASu5A.4 Cai, Yi - AS3D.1 Cai, Yufeng - AM1F.7 Cai, Zhongyue - AM1I.6 Cai, Zhuo - ASu5E.2 Calvez, Stéphane - ASu1A.3 Canning, John - AM1D, AM3C.2, ASu4B.2 Cao, Guoliang - AS4F.2 Cao, Bingyao - AM1F.3, AM1F.6, AM1F.7, AM1F.8, AM2C.3 Cao, Cong - ASu2A.145 Cao, Jianjun - AS3B.1 CAO, Jie - AS3I.2 Cao, Xuemei - ASu2A.127 Cao, Xueteng - ASu2A.141 Cao, Yuan - AM1G.2 Cao, Zhewei - ASu1J.3 Cao, Zizheng - AM1G.3, AM2B.4 Carapellese, Nicola - ASu1G.2 Castoldi, Piero - AS3G.2, ASu1G.3 Cavalcante, Lucas C.- AM1B.7 Cavaliere, Fabio - AS3G.2 Cen, Min - AM2E.1 Chaibi, Mohamed Essghair - AS3E.3 Chaisakul, Papichaya - ASu5B.1 Chan, Calvin C. K. - AM2E, ASu1G, ASu2A.108, ASu2A.84 Chan, Erwin - AM1G.2 Chan, Sze-Chun - ASu5I.2 Chan, Vincent W.- AS4G.1 Chand, Naresh - ASu3E.4 Chandra, Somnath - AS3F.2 Chang, Han-Qing - AS3C.3 Chang, Qingjiang - AS3H.3, ASu3E.2 Chang, Shuo - AM1B.8 Chen, Bowen - ASu2A.102, ASu3H.3, ASu4E.2 Chen, Cen - AM2E.3 Chen, Chi - ASu2A.81 Chen, Dalei - ASu2A.124, ASu2A.130 Chen, Dijun - ASu3C.4 Chen, Dongxu - ASu2A.20, ASu2A.21 Chen, Duo - ASu2A.123, ASu2A.128 Chen, Guanyu - AS3J.4, ASu5A.2 Chen, Hao - AM2E.2 Chen, Haoran - ASu4F.3 Chen, Haoshuo - AM1A.1 CHEN, Hongtao - AM1B.4 Chen, Hongwei - AM2B.2, AM3B.5, ASu2A.3, ASu3C.2 Chen, Hsiang-Yu - AM1B.8 Chen, Hsin-Feng - ASu2A.15 Chen, Hui - AM3C.4, AS3A.4, ASu1B.2, ASu2A.27, ASu5I.5 Chen, Jiageng - AS4I.3 Chen, Jiajia - AM2E.1, AS3H, ASu2A.75, ASu3G.1 Chen, Jian - AM1E.1, AM1F.2, AM3A.5 Chen, Jianping - ASu5C.2 Chen, Jing - AM1D.6 Chen, Kaixin - ASu2A.51, ASu3A.3 Chen, Kaixuan - AM1B.2 Chen, Ke - ASu1H.2 Chen, Kevin P.- AM1D.2 Chen, Lawrence R.- AS3B.4 Chen, Lei - ASu2A.139, ASu2A.141 Chen, Lian-Kuan - ASu1F.3, ASu3H.1 Chen, Lin - ASu2A.29 Chen, Minghua - AM2B.2, AM3B.5, ASu2A.3, ASu3C.2 Chen, Na - AM3C.5 Chen, Pengyu - AS4F.8 Chen, Qian - ASu2A.118 Chen, Qianqiao - ASu5G.2 Chen, Qiaoshan - AS3B.3, AS4A.4, AS4A.5 Chen, Qingtao - ASu2A.1, ASu2A.11 Chen, Shi - ASu2A.99 Chen, Sitao - AM1B.2 Chen, Tian - ASu2A.83 Chen, Ting-Hui - AM2B.6 Chen, Wei R.- AM1F.1, ASu1I.1, ASu1I.2, ASu4G, ASu5I.4 Chen, Xianfeng - AS3B.1 Chen, Xiangfei - ASu2A.130 Chen, Xiao-Hong - ASu2A.142 Chen, Xiaoliang - AM2E.3 Chen, Xin - AM3G.2, AM3G.4 Chen, Xue - AS3E.5, ASu1F.2, ASu2A.106, ASu2A.81, ASu2A.96, ASu4F.6 Chen, Yang - ASu2A.22 Chen, Yang-Fan - AS3I.3, ASu1I.5 Chen, Yiling - AM1G.4 Chen, You-Wei - ASu1F.1 Chen, Yuanxiang - AM1E.8, AM3G.2, AS4F.1 Chen, Yujie - AM3C.4, AS3A.4, ASu1B.2, ASu2A.27, ASu5I.5 Chen, Zhang - ASu2A.19 Chen, Zhangyuan - AM1E.8, AM1J.4, AM2G.3, AM3G.2, AM3G.4, AS3H.2, AS4F.1Chen, Zhenyi AM3C.5, Su2A.46 Chen, Zhidong - ASu2A.127 Cheng, Haiquan - AM3E.3 Cheng, Hanglin - AS3I.2 Cheng, Linghao - ASu5H.2 Cheng, Ning - AS3H.4, ASu3E.1 Cheng, Qixiang - ASu2A.87 Cheng, Xiaofei - AM1F.5 Cheng, Yang - AS3I.2 Cheng, Yuh-Chuan - ASu2A.15 Cheng, Zhenzhou - ASu2A.8, ASu4A.2, ASu4A.4 Cheng, Zhihui - ASu2A.72 Cheong, Jeng Shiuh - ASu5A.3 Cheung, Jack - AM3B.6 Chi, Yu-Chieh - AM1B.8, ASu2A.125, ASu2A.79 Chiang, Kin S.- AM1A.4, AM3H.6, ASu2A.51, ASu3A.3 Chinen, Koyu - ASu2A.85 Choe, Joong-Seon - AM3A.4, ASu2A.25 Choe, Kibaek - AS3I.4 Choi, Byeong Kwon - ASu2A.63 Choi, Chulhee - ASu1I.4 Choi, In Seok - ASu2A.63 Chong, Andy - AM3B.1, ASu1C Chouchane, Fares - ASu1A.3 Chow, Wai-Kin - ASu4G.2 Chowdhury, Pulak - ASu5F.1 Chrastina, Daniel - ASu5B.1 Chu, Sai Tak - AM3B.6, AS4J, ASu4A.5 Chuang, Yi-Chen - ASu2A.15 Cimoli, Bruno - ASu2A.89 Cincotti, Gabriella - ASu4H.1 Clark, Matthew - ASu3I, ASu5H.1 Coen, Stephane - AM1J.1 Comatti, Eduoard - ASu4B.2 Conforti, Matteo - ASu5C.3 Contestabile, Giampiero - ASu5I.3 Cook, Kevin - AM3C.2, ASu4B.2 Copie, François - ASu5C.3 Costantino, Costantino - AS4C.2 Cowan, Glenn - AM1B.1 Cugini, Filippo - AS3G.2 Cui, Lin - ASu4F.5 Cui, Xiaoxu - AS3E.5 Cui, Yanxia - ASu1A.4, ASu2A.32 D Daghighian, Henry - ASu4C.2 Dai, Daoxin - AM1B.2, AS3B.2, AS4A, ASu1B.1 Dai, Jian - AM2H.4, ASu1J.4 Dai, Yitang - AM2H.4, ASu1J.4, ASu3J.3 David, John P.- ASu5A.3 Davidson, Carl - AS3F.1 De Coster, Jeroen - AM1B.4 De Heyn, Peter - AM1B.4 Delezoide, Camille - AS3E.2 Delfyett, Peter J.- ASu4D.2 Deng, Haoyu - ASu3B.4 Deng, Lei - AM2F.5 Deng, Ning - ASu3G.2 Deng, Qingzhong - ASu5B.5 Deng, Shupeng - ASu5A.2 Diamantopoulos, Nikolaos P. - AS3E.1 Dianov, Evgeny - ASu3C.3 Ding, Chang-Chun - ASu2A.142 ding, ding - AM2H.3 Ding, Hui - ASu4F.1 Ding, Huixia - ASu4E.4, ASu5F.4 Ding, Jianfeng - AS3B.3, AS4A.5, ASu2A.33, ASu5B.4 Ding, Mingfei - ASu3I.2 Djordjevic, Ivan B.- AM3F.3, AS3D.3 Doany, Fuad E.- ASu1B.4 Dong, Chen-Yuan - AS3I.3, ASu1I.5 Dong, Jiangli - ASu2A.51 Dong, Jianji - ASu2A.20, ASu2A.21, ASu2A.23 Dong, Lizhu - ASu2A.136 Dong, Po - AS4B.1 Dong, Yanhua - ASu2A.46 Dong, Yi - ASu3I.3 Dong, Yixian - ASu2A.36 Dong, Yongchao - ASu2A.41 Dong, Zhenhua - ASu3F.2, ASu3F.3 Doran, Nick - AS3H.5 Dostovalov, Alexandr V.- AM2D.4 Dou, Wenhua - ASu2A.128 Dris, Stefanos - AS4D.4 Du, Cheng - AM3C.4 Du, Jing - ASu2A.99 Du, Weijia - ASu3E.3 Du, Xinwei - AS4F.5 Du, Yun - ASu3B.1 Duan, Li - AM1D.5 Duan, Xiaofeng - AM2A.5, ASu2A.1, ASu2A.11, ASu2A.35, ASu5A.4 Dumais, Patrick - AM3A.1, AS4B.3 Dun, Han - AM1F.3, AM1F.7 Dupuis, Nicolas - ASu1B.4 Dzanko, Matija - AM3G.1 E Effenberger, Frank - ASu3E.4 Eggleton, Benjamin - ASu4A.3 Eitel, Sven - AM3A.2 El Mehdi, Amhoud - AS4E.2 Elgorashi, Taisir E.- AM1H.1 Elmirghani, Jaafar - AM1H.1 El-Sahn, Ziad A.- AM3F.4, ASu2A.73, ASu5D.2 Erasme, Didier - AS3E.3 Erkintalo, Miro J.- AM1J.1 Estaran, Jose - AS4D.1, ASu2A.89 Etcheverry, Sebastián - ASu1A.2 Etienne, Sophie - AM3D.2 F Fan, Mengqiu - AM1C.3, AM1C.4, AM1I.3, ASu2A.146, ASu2A.150 Fan, Xin Y.- AS4I.3, AS4I.4, ASu2A.144, ASu2A.145 Fan, Xinye - ASu2A.14 Fan, Zeming - ASu1B.2 Fan, Zheyu - ASu2A.108 Fang, Gaosheng - ASu2A.148, ASu2A.149 Fang, Tao - ASu2A.124 Fang, Wenjing - AM2A.5, ASu3A.2 Fathpour, Sasan - AS4B.2 Fattah, Ali - ASu2A.75 Fazel, Sina - AM3G.5 Fedoryshyn, Yuriy - ASu1E.3 Fei, Jiarui - AM2A.5, ASu2A.1, ASu2A.35, ASu5A.4 Feng, Kai-Ming - ASu1F.1 Feng, Xinhuan - AM1G.2 Feng, Xue - AM1A.5, ASu1B.5 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 88 2015ACP Program.indd 88 11/5/15 3:02 PM G Gacoin, Thierry - ASu1A.1 Galili, Michael - AM2H.1 Gan, Lin - AS4E.3 Gao, Bingdong - AM1G.5 Gao, Chunting - ASu2A.50 Gao, Dingshan - ASu2A.23 Gao, Guanjun - ASu2A.106, ASu5F.3 Gao, Hui-ping - ASu2A.112 Gao, Jianhe - AM1F.1 Gao, Mingyi - ASu2A.76, ASu3H.3, ASu4E.3 Gao, Shuang - ASu2A.84 Gao, Xinlu - AM1G.3 Gao, Xiqing - ASu1F.2 Gao, Zhensen - AS3H.3, ASu3E.2 Gao, Zhiqiang - ASu2A.118 Gardes, Frederic - ASu3A.1 Gauthier-Lafaye, Olivier - ASu1A.3 Ge, Dawei - AM3G.2 Ge, Mu - ASu2A.24 Geng, Dongyu - AS4B.3, AS4G.3 Geng, Yong - AS4C.5, ASu2A.121, ASu2A.31, ASu2A.5 Ghassemlooy, Zabih - AM1E.2 Ghazy, Abdallah shawky - ASu1H.4 Ghelfi, Paolo - AM2G.1 Ghosh, Indradeep - ASu3H.2 Giacoumidis, Elias - AS3H.5 Gibson, Ursula - ASu5C.1 Giesecke, Anna Lena - ASu1B.3 Giles, Ian - AM2B.4 Godbole, Abhishek - ASu2A.28 Gong, Ningxi - ASu3J.3 Gong, Ruixue - ASu4F.1 Gong, Xiaoxue - ASu1G.4 Gonnet, Cedric - AM2B.5 Goodwill, Dominic - AM3A.1, AS4B.3 Goroshko, Kseniia - ASu3F.5 Gosselin, Stéphane - ASu1G.2 Goto, Nobuo - AM3F.5, AM3F.6, ASu1E.2, ASu4H.4 Gotz, George - ASu1B.3 Griesser, Helmut - ASu2A.87 Grillot, Frederic - AS3E.3 Gu, Guohua - ASu2A.118 Gu, Huaxi - ASu1H.2 Gu, Rentao - AS4H.7, ASu2A.96, ASu4F.2 Gu, Wanyi - AM1G.3, ASu1H.1, ASu2A.97, ASu3J.4, ASu4F.5 Gu, Xin - ASu3B.2 Guan, Bai-Ou - AM1G.2, AM1I.6, AM3H.2, AM3H.4, AM3H.5, ASu3I.2, ASu4G.3, ASu5H.2 Guan, Pengyu - AM2H.1 Guangyao, Yang - AS4I.4 Gui, Tao - ASu3F.2, ASu3F.3 Guillemot, François - ASu1A.1 Guo, Han-Wen - AS3I.3 Guo, Fei - ASu2A.45 Guo, Hongxiang - ASu2A.110 Guo, Jinjin - AM1B.3 Guo, Lei - ASu1G.4, ASu1H.3, ASu3G.3, ASu3G.4, ASu4F Guo, Nan - AS4I.6, ASu2A.123, ASu2A.128, ASu2A.151 Guo, Pengxing - ASu1H.3 Guo, Rui - AM1J.4 Guo, Tuan - AM1I.6, AM3H.2, ASu4G.3 Guo, Zheng - ASu2A.126 Guo, Zhengxin - ASu4F.1 H H. Rey, Isabella - ASu4A.3 Habib, M. Farhan - ASu5F.1 Hachmeister, Henning - AM2B.3, AS3I.1, ASu2A.160 Haffner, Christian - ASu1E.3 Hafner, Christian - ASu1E.3 Han, Dahai - AM1E.2 Han, Jaehoon - ASu5B.2 Han, Jianrui - AM1H.3, AS4H.5, ASu4F.3 Han, Lihong - ASu2A.16, ASu2A.38, ASu2A.57 Han, Linzi - AM3H.2 Han, Pengchao - ASu3G.3 Han, Sang-Kook - AM1E.5, AM1F.4 Han, Sang-Pil - ASu2A.52 Han, Won-Seok - AM3A.4, ASu2A.25 Han, Xu - ASu3G.3 Han, Yi - ASu3J.4 Han, Young-Tak - AM3A.4, ASu2A.25 Hansen, Erik - ASu1E.1 Hao, Jian - ASu2A.154 hao, qinfen - ASu1H.2 Hao, Yanya - AM3D.3 Hao, Yumeng - AM3G.4 Hao, Yuying - ASu1A.4, ASu2A.32 harper, paul - AM2E.6 Hasegawa, Makoto - AM1B.6, ASu4H.1 Hashimoto, Tatsuya - AS4H.4 Hattori, Kuninori - ASu4H.1 Hawkins, Thomas - ASu5C.1 He, haijun - ASu2A.143 He, Hao - AM2E.5, AS3E.4, AS4G.5, ASu3E.3 He, Jiale - AM2F.5 He, Jian-Jun - ASu2A.22, ASu2A.24, ASu3B.4, ASu3B.5 He, Mingliang - AM1G.4 He, Sailing - AS3B.2, ASu4H.2 He, Yongqi - AM1E.8, AM3G.2, AM3G.4, AS3H.2, AS4F.1 He, Zhixiong - ASu2A.69 He, Zilong - ASu1F.2 He, Zu Y.- AS4I.3, AS4I.4, ASu2A.144, ASu2A.145 Healy, Noel - ASu3A.1, ASu5C.1 Heni, Wolfgang - ASu1E.3 Hennig, Simon - AS3I.1 Heo, Won Do - ASu1I.4 Herrera Piad, Luis A.- AM2B.5 HIMENO, Akira - ASu4H.1 Ho, Aaron - AM1I.1, AM1I.5, AS4I Ho, Ho-Pui - AM2B Ho, Victor - AM3B.6 Ho, Yi Heng - AS4I.7 Hode, Tomas - ASu1I.2 Hoessbacher, Claudia - ASu1E.3 Hong, Xuezhi - ASu4H.2 Hong, Yan - ASu2A.90 Hong, Zhikun - AM1A.3 Hossain, Arafat - ASu4B.2 Hou, Baogang - ASu4F.3 Hou, Bowen - ASu2A.62 Hou, Jian - ASu3G.3 Hou, Weigang - ASu1H.3 Hovhannisyan, Vladimir A. - ASu1I.5 Hsieh, Cheng-Hsuan - ASu1A.6 Hsu, Po-Er - ASu2A.15 Hu, Bintao - AS4F.3 Hu, Chengzhi - ASu3C.1 Hu, Daoyun - AM2E.3 Hu, Hao - AM2H.1 Hu, Jie - AS4I.2 Hu, Minglie - ASu2A.13 Hu, Po-Sheng - ASu1I.5 Hu, Tao - AS3H.2 Hu, Weisheng - AM2E.5, AS3E.4, AS4G.5, ASu3E.3, ASu3I.3 Hu, Weiwei - AM1J.4, AM2G.3 Hu, Xiao - ASu2A.131 Hu, Xiaofeng - AM2F.2, AS3H.3, ASu3E.2 Hu, Youfang - ASu3A.1 Hu, Youqiang - AS4H.7 Hu, Yuan - ASu2A.100 Hu, Ziyang - AM1G.4 Hua, Yi - AM3B.3 Huang, Bo - ASu2A.60 huang, chao - ASu2A.141 Huang, Dandan - ASu1H.3 Huang, Guoxiu - AM1E.4 Huang, Haibin - AM1H.6 Huang, Hui - AS4I.2, ASu2A.154 Huang, Long - ASu2A.130 Huang, Pingli - ASu2A.24 Huang, Shanguo - AM1G.3, AM1H.6, ASu1H.1, ASu4F.5 Huang, Shao-ling - ASu2A.112 Huang, Sheng - AM1D.2 Huang, Weiwei - AM1E.8 Huang, Xiaoan - AS3H.3, ASu3E.2 Huang, Yidong - AM1A.5, ASu1B.5 Huang, Yina - AM1F.2 Huang, Ying - AM1I.1, AM1I.5 Huang, Yongqing - AM2A.5, AM2H.3, ASu2A.1, ASu2A.11, ASu2A.35, ASu3A.2, ASu3B.2, ASu5A.4 Huang, Yong-Zhen - AM2A.2, ASu3B.1, ASu3B.3 Huang, Yue-Kai - ASu5D.1 Huang, Yunyun - ASu3I.2 Huang, Zhitong - ASu1H.5 Hübner, Wolfgang - AS3I.1 Huo , Jiahao - AM3E.3 Huser, Thomas - AM2B.3, AS3I.1, ASu2A.160 Husko, Chad - ASu4A.3 Hussein, Amira - ASu5D.2 Hwang, Jung Min - ASu2A.64 I Ibsen, Morten - AS3C, AS4C.2 Ikeda, Kazuhiro - AS4A.2 Ikeuchi, Tadashi - ASu3H.2 Iliadis, Nikos - ASu1B.3 Inoue, Takashi - AM3I.2, AS3J.2 Iovanna, Paola - AS3G.2 Ip, Ezra - AS4E, ASu5D.1 Iqbal, Md A.- AM2E.6 Irei, Kotoyo - ASu2A.85 Isella, Giovanni - ASu5B.1 Ishii, Yuya - ASu1D.3, ASu1D.4, ASu1D.5 Ito, Motoki - ASu1D.5 J Jacobsen, Gunnar - ASu2A.75 Jamal, Mohanad - ASu1C.2 Jang, Jae K.- AM1J.1 Jaouen, Yves - AS4E.2 Jazayerifar, Mahmoud - AS4J.3 Jee, Raman - AS3F.2 Jennevé, Philippe - AM3G.3, AS3E.2 Jens, C. Rasmussen - AM1E.4, AM3E.1 Jeon, Min Yong - ASu2A.52, ASu2A.63, ASu2A.64 Jeong, Yong - ASu1I.3, ASu2A.158 Ji, Hai-Ming - AM2A.2 Ji, Ting - ASu2A.32 Ji, Yongning - AS3E.5 Ji, Yuefeng - AM1J.5, AS4H.7, AS4I.5, ASu1H.5, ASu1J.1, ASu2A.105, ASu2A.109, ASu4F.2 Jia, Hao - AS3B.3, AS4A.5 Jia, Xin-Hong - AS3C.3 Jia, Zhigang - ASu2A.32 Jian, Jian - ASu2A.27 Jiang, Li - AM3H.3 Jiang, Lu - ASu2A.50 Jiang, Ning - AM1E.6, AM2E.4 Jiang, Peipei - ASu3C.1 Jiang, Peng - AM1D.4 Jiang, Tianwei - ASu3J.4 Jiang, Wen - AS4F.2 Jiao, Wenxiang - AM1I.1, AM1I.5 JIN, Chao - AS4I.6, ASu2A.151 Jin, Chen - AM3B.5 Jin, Chichao - AS4B.4 Jin, Li - AM3B.6, ASu4A.5 Jin, Long - AM3H.4, AM3H.5, ASu5H.2 Jin, Shilei - AM1G.1 Jin, Wei - AM1A.4, AM2D.1, AM3C Jin, Xueying - ASu2A.41 Jin, Yuan - ASu2A.78 Jing, Ruiquan - ASu2A.103 Jinno, Masahiko - ASu5G.3 Jo, YoungJu - ASu2A.158, ASu2A.159 Jones, Max - ASu5C.1 Ju, Chen - ASu2A.81 Jung, HyunDo - AM3A.4, ASu2A.25 Jung, Sang-Min - AM1F.4 Jung, Sun-Young - AM1F.4 K Kaiser, Wolfgang - AM3A.2 Kalavrouziotis, Dimitrios - ASu1B.3 Kam, Pooi-yuen - AS4F.7 Kanakis, Giannis - ASu1B.3 Kang, Byungsoo - ASu5A.5 Kang, Chao - ASu2A.1, ASu2A.11 Kang, Jiqiang - ASu3I.1, ASu3I.4 Kang, Sang-Woo - ASu5A.5 Kang, Shuai - ASu2A.113, ASu2A.126, ASu2A.34 Kang, Suk-Jo - ASu2A.159 Kang, Xue - ASu2A.113, ASu2A.126, ASu2A.34 Kang, Zhe - ASu2A.113, ASu2A.126, ASu2A.34 Kanno, Atsushi - AM2A.1, ASu5A.1 Karlsson, Magnus - AS3F.4 Kasprzak, Andrzej - AS4H.6 Kataoka, Keito - ASu2A.65 Kawanishi, Tetsuya - AM2A.1, ASu5A.1 Kawashima, Hitoshi - AS4A.2 Kazansky, Peter - AS4C.2 Ke, Changjian - AS4C.6 Ke, Li - ASu3A.1 Ke, Xizheng - ASu2A.88, ASu2A.92 Khan, Faisal Nadeem - AS4F.6 Khokhar, Ali Z.- ASu3A.1 Kim, Donghyun - AM2B.1, ASu5H Kim, Duk Jun - ASu2A.25 Kim, Hoon - AM2F.1, AS3E Kim, Inwoong - ASu3H.2 Kim, Jin Man - ASu1I.4 Kim, Jong-Hoi - AM3A.4, ASu2A.25 Kim, Jungwon - AM1G, ASu3J.2 Kim, Junoh - ASu5A.5 Kim, Kyoohyun - AM1I.4, AS3I.4, ASu2A.156, ASu2A.159, ASu4G.4 Kim, KyungDuk - ASu5H.3 Kim, Min-hyeok - ASu2A.159 Kim, Namje - ASu2A.52 Kim, Nury - ASu1I.4 Kim, Pilhan - AS3I.4 Kim, Sun Woo - ASu2A.64 Kim, Sung-Jin - AM1E.5 Kinjo, Ichiko - ASu2A.85 Kirk, Andrew G.- ASu5B.3 Kishikawa, Hiroki - AM3F.5, AM3F.6, ASu1E.2, ASu4H.4 Kita, Tomohiro - AM2A.1 Kitayama, Ken-ichi - AS3E.1, AS3J.3 Klinkowski, Miroslaw - AS4H.3 Key to Authors Feng, Yajiao - ASu2A.62 Feng, Yiqiao - AS4F.4 Feng, Yuanhua - ASu2A.39 Feng, Zhangxiao - ASu1H.6 Feng, Zhenhua - AM1D.5, ASu2A.44, ASu2A.84 Feng, Zhouming - AM1C.2 Filsinger, Volker - ASu1E.1 Fiorentino, Marco - AM3A.3 Firstov, Sergei V.- ASu3C.3 Fleming, Simon - ASu1C.2 Floridia, Claudio - ASu2A.133 Fontaine, Chantal - ASu1A.3 Forestieri, Enrico - AM3D.1 Foursa, Dmitri - AS3F.1 Franciscangelis, Carolina - ASu2A.133 Fratalocchi, Andrea - AM1J.3 Fresi, Francesco - ASu1F.4 Frigerio, Jacopo - ASu5B.1 Fruett, Fabiano - ASu2A.133 Fu , Liu - AM1I.6, AM3H.2 Fu, Dongzhi - ASu2A.20, ASu2A.21 Fu, Hongyan - AS4B.3, AS4G.3 Fu, Shengmeng - AM1F.1 Fu, Songnian - AM1A.3, AM1D.5, AM2B.4, AM2F.5, AS4E.3, ASu1C.3, ASu2A.44, ASu2A.68, ASu2A.84 Fu, Xiaodong - ASu3H.3 Fu, Xin - AM1D.6 Fujimoto, Hanayo - AM3F.6 Fujimoto, Takanori - ASu2A.155 Fukuchi, Yutaka - AM3B.2 Fukuda, Mitsuo - ASu1D.3, ASu1D.4, ASu1D.5 Fukuhara, Masashi - ASu1D.3, ASu1D.4, ASu1D.5 Furdek, Marija - AM3G.1, ASu5F.2, ASu5F.5 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 89 2015ACP Program.indd 89 11/5/15 3:02 PM Key to Authors Ko, Young-Ho - ASu2A.25 Kocot, Chris - ASu4C.2 Koh, Joonyoung - ASu5H.3 Kondepu, Koteswararao - ASu1G.3 Kondo, Tadashi - AM3F.5 Kong, Deming - AS3F.3 Kong, Moon Sik - ASu2A.52 Kong, Xiang-Jian - ASu2A.31 Konishi, Tsuyoshi - AM1B.6, ASu4H.1 Koo, Joonhoi - AM2C.4, ASu2A.58 Koonen, Ton - AM2B.4 Kou, Yanbin - ASu1J.1 Krauss, Thomas. - ASu4A.3 Krysa, Andrey - ASu5A.3 Ku, Zahyun - ASu5A.5 Kuang, Caixia - AM1F.2 Kubota, Hirokazu - ASu2A.65, ASu2A.66, ASu2A.67, ASu2A.77 Kudlinski, Alexandre - ASu5C.3 Kuhlmey, Boris - ASu1C.2 Kuo, Ping Piu - AM2H Kurczveil, Geza - AM3A.3 Kurosu, Takayuki - AM3F.1 Kwon, Do-Hoon - AM1E.5 Kwon, Yong-Hwan - AM3A.4, ASu2A.25 L Laaroussi, Youness - ASu1A.3 Lafleur, Gaël - ASu1A.3 Laghezza, Francesco - AM2G.1 Lai, Koon Chun - AS4I.7 Lam, Samuel Siu Kit - ASu1I.2 Lan, Mingying - ASu2A.97 Lang, Tingting - ASu2A.22, ASu2A.24 Lau, Alan Pak Tao - AM3E.3, AS3F, AS4F, AS4F.6, ASu3F.2, ASu3F.3 Lau, Kei May - AS3A, AS3A.2 Lauro, Luigi Di - ASu4A.5 Lavdas, Spyros - AS3B.5 Lawey, Ahmed - AM1H.1 Lazarou, Ioannis - ASu1B.3 Le Roux, Xavier - ASu5B.1 LeBris, Arthur - ASu1A.1 Ledentsov, Nikolay - ASu4C.3 Lee, Benjamin G.- ASu1B.4 Lee, Bong Wan - ASu2A.64 Lee, Jaehyun P.- ASu1I.3, ASu2A.158 Lee, Ju Han - AM2C.4, ASu2A.58 Lee, Junsu - AM2C.4 Lee, Kenneth Eng Kian - AS3A.3 Lee, KyeoReh - ASu1I.3, ASu1I.4 Lee, Minjee - ASu1I.4 Lee, Sang Jun - ASu5A.5 Lee, Seo-Young - AM3A.4, ASu2A.25 Lee, Sheng Chyan - AS4I.7 Lee, Sheng-Lin - AS3I.3, ASu1I.5 Lee, Wonhee - ASu5H.3 Lee, Wonju - AM2B.1 Lee, Young - AM1H.3, AS4H.5 Lefrancois, Simon - ASu4A.3 Lei, Sichen - ASu2A.88, ASu2A.92 Leon-laval, Sergio - ASu4B.2 Lepage, Guy - AM1B.4 Lepers, Catherine - AM3G.5 Leung, David M.- AS3C.2 Leuthold, Juerg - ASu1E.3 Li , Xiuhua - ASu1H.2 Li, Bang - AM2A.3, AM2A.4 Li, Borui - ASu2A.68 Li, Bowen - ASu3I.1, ASu3I.4 Li, Chengcheng - AS4F.4 Li, Chenyu - ASu2A.123 Li, Dan - ASu3J.4 Li, Dongsheng - AS4I.2 Li, Fang - ASu2A.148, ASu2A.149 Li, Fangjian - AM3E.4 Li, Feng - ASu2A.126, ASu2A.34, ASu2A.6 Li, Guangbin - ASu2A.109 Li, Guifang - AM1J, AM2B.5, ASu1G.1, ASu2A.43, ASu4B.5, ASu5D.3 Li, Han - AS4H.7, ASu4F.2 Li, Hongpu - AM1D.1 Li, Hui - ASu2A.109 Li, Jianping - AS4D.2 Li, Jianqiang - AM2H.4, ASu1J.4, ASu2A.119, ASu3J.3 Li, Jiantong - ASu1A.5 Li, Jie - AM3H.4 Li, Jing - ASu2A.69 Li, Juhao - AM1E.8, AM1J.4, AM3G.2, AM3G.4, AS3H.2, AS4F.1 Li, Junjie - ASu2A.103 Li, Junshuai - AM2A.3, AM2A.4 Li, Lei - AM3E.1 Li, Lijun - ASu2A.50 Li, Luming - AM2D.3, ASu2A.135, ASu2A.138 Li, Meng fan - ASu2A.88, ASu2A.92 Li, Ming - AS4B.3, ASu1C.4 Li, Ming-jun - AM1D.2 Li, Nana - ASu2A.141 Li, Qian - AS4C.3, AS4C.4 Li, Qin - AS4H.7, ASu4F.2 Li, Shengping - AS3H.4 Li, Shiyu - AM3C.4 Li, Shuhui - ASu2A.101, ASu2A.99 Li, Shun - ASu2A.144 Li, Song-Sui - ASu5I.2 Li, Tangjun - ASu2A.120 Li, Wei - AM3C.4 Li, Wenzhe - ASu1H.1 Li, Xiang - AS4G.4 Li, Xiangdong - ASu1B.5 Li, Xiaoying - ASu2A.53 Li, Xiaoyun - ASu2A.16 Li, Xiao-Zhou - ASu5I.2 Li, Xin - AM1H.6 Li, Yan - AM3C.3, AS3F.3, AS4F.7, ASu2A.113 Li, Yanhe - ASu2A.104 LI, Yanwei - ASu2A.104 Li, Yehong - AM2A.5 Li, Yi - AM1C.3, AM1C.4, AM1I.3, ASu2A.146, ASu2A.150 Li, Yidan - ASu2A.50 Li, Yifei - AM1G.1, AM2G Li, Yingchun - AM1F.2, AM1F.3, AM1F.7 Li, Yinghui - ASu2A.82 Li, Yongcheng - AM2E.2, ASu3H.3 Li, Yu - AM1B.5, ASu2A.3 LI, Yukui - AS4F.8 Li, Yunbo - ASu4F.1 Li, Yunqi - AM1C.3, AM1C.4 Li, Yunxiao - AS3A.4 Li, Zhaohui - AS4D.2, ASu1E, ASu2A.39 Li, Zhengbin - AS3H.2, AS4F.1 Li, Zhengyong - AM2D.2 Liang, Di - AM3A.3 Liang, Qi - ASu2A.141 Liang, Xiaodong - ASu1J.4 Liang, YInchuan - ASu2A.119 Liao, Changrui - AM2D.2 Liao, Hao - AM1D.6 Liao, Mingle - ASu2A.36 Liao, Ming-le - AM3I.4, ASu2A.5 Liao, Ping - AS3E.5, ASu2A.110 Liao, Wenjiao - ASu1H.6 Liao, Xiaolu - ASu3B.5 Liboiron-ladouceur, Odile - AM1B.1, ASu2A.12 Libsch, Frank R.- ASu1B.4 Lichtenstein, Norbert - AM3A.2 Lim, Christina - ASu3G.4, ASu3J.1, ASu4H Lim, Eeleong - AS4C.2 Lin, Bangjiang - AS3H.2 Lin, Chung-Yu - ASu2A.125 Lin, Chun-Yen - AM2B.6 Lin, Gong-Ru - AM1B.8, AM2B.6, ASu1A.6, ASu2A.125, ASu2A.79, ASu3J Lin, Rongping - ASu4E.1 Lin, Rui - ASu2A.84 Lin, Rujian - AM1F.2, AM1F.8 Lin, Yi - AM1H.3, AS4H.5, ASu4F.3 Lin, Yung-Hsiang - AM2B.6, ASu1A.6 Little, Brent E. - ASu4A.5 Liu , Feng - ASu2A.1, ASu2A.11 Liu, Bingchi - AM1G.4, ASu5I.5 Liu, Bo - ASu5D.4 Liu, Bowen - ASu2A.13 Liu, Boyu - AM2F.2, AM2F.4 Liu, Cilin - AM2D.3, ASu2A.135, ASu2A.138 Liu, Dalin - ASu2A.17, ASu2A.30 Liu, Deming - AM1A.3, AM1D.5, AM1D.6, AM2B.4, AM2F.5, AS4C.6, AS4E.3, ASu1C.3, ASu2A.152, ASu2A.40, ASu2A.44, ASu2A.68, ASu2A.7, ASu2A.84 Liu, Hanwei - ASu2A.105 Liu, Hao - ASu3B.2 Liu, Jianfei - ASu2A.136 Liu, Jianguo - AM1B.3, ASu5I.4 Liu, Jie - AM1G.4, AS4F.8, ASu5I.5 Liu, Jingliang - ASu2A.122 Liu, Jun - ASu2A.101, ASu2A.111, ASu2A.98, ASu2A.99 Liu, Kai - AM2A.5, ASu2A.1, ASu2A.11, ASu2A.35, ASu5A.4 Liu, Ke - AS4C.3 Liu, Lei - ASu5A.2 Liu, Lei-Lei - ASu2A.114 Liu, Li - AM1D.6 Liu, Lin - AS3A.4, ASu1B.2, ASu2A.27 Liu, Ling - AS4F.3 Liu, Linghai - ASu4A.2 Liu, Liu - AM1B.2, AS4B.4, ASu4G.3, ASu4H.2 Liu, Qing W.- AS4I.3, AS4I.4, ASu2A.144, ASu2A.145 Liu, Shen - AM2D.2 Liu, Shenghao - ASu3A.1 Liu, Shuai - ASu2A.8 Liu, Shuang - ASu2A.68 Liu, Si - ASu1J.1 Liu, Siming - ASu1J.1 Liu, Tao - AM3F.3, ASu2A.119 Liu, Tze-An - ASu2A.15 Liu, Wei - AM3C.2 Liu, Wenjun - ASu2A.46 Liu, Wentao - ASu1F.2 Liu, Xi - ASu2A.38 Liu, Xiang - AM1F.1, AM3D, AS3H.4, ASu3E.4 Liu, Xiaoqi - ASu2A.55 Liu, Xin-chang - ASu2A.112 Liu, Xinjun - ASu4F.2 Liu, XInkai - ASu4H.3 Liu, Yafan - AM1F.8 Liu, Yang - ASu2A.71 Liu, Yange - ASu2A.59 Liu, Yan-ge - ASu2A.55 Liu, Yejun - ASu1G.4, ASu3G.3, ASu3G.4 Liu, Yingfeng - AS3E.5 Liu, Yinming - ASu2A.50 Liu, Yu - AM1B.3 Liu, Yuan - AM2E.5 Liu, Yumin - ASu2A.139, ASu2A.147, ASu2A.9 Liu, Yunqi - AM1D.3, ASu2A.48 Liu, Zheng - ASu2A.128, ASu5A.4 Liu, Zhiming - AM2D.3, ASu2A.135, ASu2A.138 Liu, Zhixin - AM3I.3 Liu, Zufeng - ASu5E.2 Lo, Po Kim - AS4I.7 Lobov, Gleb - ASu1A.5 Long, Keping - AM3E.3, ASu4B.3 Long, Yun - ASu2A.129, ASu2A.131, ASu2A.132, ASu2A.99 López-galmiche, Gisela - AM2B.5 Louchet, Hadrien - ASu1E.1, ASu3F.5 Lourdiane, Mounia - AM3G.5 Lu, Chao - AM3E.3, AS4F.6, AS4I.6, ASu2A.151, ASu3F.2, ASu3F.3 Lu, Fan - ASu2A.17 Lu, Guo-Wei - AM1J.5, AS3J Lu, Luluzi - ASu2A.7 Lu, Pengfei - ASu2A.16 Lu, Ping - AM1D.6 Lu, Wei - AS4C.4 Lu, Xiaofeng - AS4D.1, AS4D.3, ASu1J.5 Lu, Zejin - ASu2A.47 Luis, Ruben S.- ASu5D.5 Luk, Hon-Tung - ASu3H.1 Luo, Jiawei - AS4D.2 Luo, Jin - ASu4B.5 Luo, Jun - ASu4C.3 Luo, Kathy - AM1J.1 Luo, Pengfei - AM1E.2 Luo, Shuai - AM2A.2 Luo, Wenyong - AM3C.4 Luo, Yanhua - ASu2A.46 Luo, Yanhua - ASu2A.56, ASu4B.2 Luo, Yiyang - ASu2A.40 Luo, Yiyang - ASu1C.3 Luo, Yuchan - ASu2A.26 Luo, Zhengqian - AM2B.6 Lv, Dajuan - ASu2A.45 Lv, Yunxin - AM1E.6 Lyubomirsky, Ilya - ASu4C.2 M M. H.Sshalaby, Hossam - ASu1H.4, ASu5D.2 Ma, Chen - ASu5F.3, ASu5F.4 Ma, Chenxing - ASu2A.97 Ma, Jianxin - ASu2A.116, ASu2A.86 Ma, Qian - ASu2A.50 Ma, Rui - ASu2A.147 Ma, Shoujiang - AM2E.3 Ma, Xiu-Wen - ASu3B.1 Madsen, Peter - AM1E.3 Maeda, Joji - AM3B.2 Mahloo, Mozhgan - ASu3G.1 Mailis, Sakarellis - ASu3A.1 Maivan, Lap - AM2F.3 Malacarne, Antonio - ASu1F.4 Maloum, Fatah - ASu1A.1 Man, Jiangwei - AM1F.1 Man, Ray - AM3B.6 Mano, Takehiro - ASu1D.3 Mao, Guoming - ASu3B.2 Mao, Mingzhi - AM1F.2 Marinins, Aleksandrs - ASu1A.2, ASu1A.5 Marques, Leonel - ASu5H.1 Marris-Morini, Delphine - ASu5B.1 Martelli, Paolo - AS4H.2 Martinez-Jiminez, G - ASu3A.1 Maruta, Akihiro - AS3E.1, AS3J.3 Masaharu, Ohashi - ASu2A.65, ASu2A.66, ASu2A.67, ASu2A.77 Mashanovich, Goran Z.- ASu3A.1 Mather, Melissa - ASu1I Matsumoto, Atsushi - AM2A.1, ASu5A.1 Matsumoto, Ryosuke - AS3J.3 Matsuo, Shoichiro - ASu2A.67 Matsuura, Hiroyuki - AS4A.2 Medhin, Ashenafi Kiros - ASu1B.4 Megret, Patrice - AM2E.1 Mehmeri, Victor - AM1H.5, ASu5G.1 Mehrvar, Hamid - AM3A.1, AS4G.3 Mei, Chao - ASu2A.6 Melkumov, Mikhail - ASu3C.3 Meloni, Gianluca - ASu1F.4 Menard, Michael - ASu5B.3 Meng, Jianjun - ASu3B.5 Meng, Jingkai - ASu4G.2 Meng, Xinyu - ASu2A.48 Meng, Zhou - ASu2A.140 Michel, Jurgen - AS3A.3 Mihai, Laura - ASu2A.56 Milione, Giovanni - ASu5D.1 Minh, Hoa Le - AM1E.2 MINO, Shinji - ASu4H.1 Mishra, Satyendra K.- AM3H.6 Mishra, Vaibhawa - ASu5G.2 Mitchell, Colin J.- ASu3A.1 Miyamoto, Yutaka - ASu5E.1 Miyoshi, Yuji - ASu2A.65, ASu2A.66, ASu2A.67, ASu2A.77 Mo, Qi - AS3H.2, ASu2A.43 Moeneclaey, Bart - AM1B.4 MOEYAERT, Veronique - AM2E.1 Mohammad Ali, Howraa - AM1H.1 Mohammed, Mohammed - ASu2A.73 Mongardien, Dominique - AM3D.2 Mönkemöller, Viola - AS3I.1 Monti, Paolo - AS3G.1, ASu3G, ASu5F.2, ASu5F.5 Moon, Dae Seung - ASu4B.4 Moon, Ki Won - ASu2A.52 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 90 2015ACP Program.indd 90 11/5/15 3:02 PM N Naeem, Muhammad Azhar - AM1A.2 Nagashima, Tomotaka - AM1B.6, ASu4H.1 Nagatani, Munehiko - ASu5E.1 Nakagawa, Goji - AM1E.4 Nakayama, Kotaro - ASu1D.4 Nakayama, Yutaro - ASu1D.4 Namiki, Shu - AM3F.1, AM3I.2, AS3J.2, AS4A.2 Nan, Chi - ASu2A.93 Nan, Zhou - ASu2A.37 Negut, Daniel - ASu2A.56 Ng, Jo Shien - ASu5A.3 Nguyen Tan, Hung - AM3F.1, AM3I.2, AS3J.2 Ni, Wenjun - AM1D.6 Ni, Xiaochang - ASu2A.13 Nicolescu, Gabriela - ASu2A.12 Nie, Song - ASu2A.97 Nikdast, Mahdi - ASu2A.12 Ningbo, Yi - ASu2A.18, ASu2A.19 Nirmalathas, Ampalavanapillai - ASu3G.4 Nishihara, Masato - AM3E.1 Nordquist, Robert - ASu1I.2 Nuño, Javier - AM2E.6 O Oda, Shoichiro - AM1E.4 O’Faolain, Liam - ASu3A.1 Oguro, Takahiro - ASu2A.77 Oh, Kyunghwan - ASu4B.4 Ohishi, Yasutake - AS3C.2 Okabe, Ryo - AM3E.1 Okahisa, Shinya - ASu1D.4 Okonkwo, Chigo M.- AM2B.4, AM2B.5, AM3E, AS4E.4 Okuno, Masayuki - ASu4H.1 Olsson, Samuel L.- AS3F.4 Onori, Daniel - AM2G.1 Östling, Mikael - ASu1A.5 Ota, Kazuya - AS3J.2 Ota, Masashi - ASu1D.5 Oxenløwe, Leif K.- AM2H.1 Ozaki, Kazuho - ASu2A.66 Ozawa, Takumi - ASu2A.67 Ozolins, Oskars - ASu2A.75 P Pagès, Albert - AM1H.2 Palacharla, Paparao - ASu3H.2 Pan, Ci-Ling - ASu1D, ASu3D, ASu3D.1 Pan, Deng - AS4C.6 Pan, Dongwei D.- AS4F.4, ASu2A.78 Pan, Jui Wen - ASu2A.161 Pan, Shilong - AM1G.5, ASu5I.1 Pan, Wei - ASu4H.3 Pang, Fufei - AM3C.5, ASu2A.46 Pang, Xiaodan - ASu2A.75 Panoiu, Nicolae - AS3B.5 Park, Hyoung-Joon - AM1F.4 Park, Jinwoo - ASu2A.63 Park, Jongchan - ASu1I.4 Park, Kyung Hyun - ASu2A.52 Park, YongKeun - AM1I.4, AS3I.4, ASu1I.3, ASu1I.4, ASu2A.156, ASu2A.158, ASu2A.159, ASu4G.1, ASu4G.4, ASu5H.3 Parygin, Alexandr - AM2D.4 Pasquazi, Alessia - AM3B.6, ASu4A.5 Pattavina, Achille - AS4H.2, ASu1G.2 Payne, David - AS3H.5 Peacock, Anna - ASu3A.1, ASu5C.1 Peccianti, Marco - ASu4A.5 Pechprasarn, Suejit - ASu4G.2 Pelusi, Mark - AM3I.2 Peng, Gang-Ding - AM1I.6, ASu2A.46, ASu2A.56, ASu4B.2 Peng, Huanfa - AM2G.3 Peng, Jin-Long - ASu2A.15 Peng, Jizong - AM2F.2, AM2F.4 Peng, Limei - AM1H.4, AM3G Peng, Wei-Ren - ASu1F.1 Peng, Yi - ASu5B.4 Peng, Yuxin - AS3I.2 Penty, Richard V.- AM3A.5, ASu2A.87 Perelló, Jordi - AM1H.2 Perez-Cota, Fernando - ASu5H.1 Pertermann, Klaus - AS4J.3 Petit, Stephane - AS3J.2 Phillips, Ian - AM2E.6 Pilger, Christian - AM2B, AS3I.1, ASu2A.160 Pilipetskii, Alexei - AS3F.1 Poon, Andrew W.- AM1B.5, AS3B Popov, Sergei - ASu1A.2, ASu1A.5, ASu2A.75 Poti, Luca - ASu1F.4 Pournoury, Marzieh - ASu4B.4 Prasad, Mukul - ASu3H.2 Pravin Dali, Prathmesh - ASu2A.28 Pu, Tao - ASu2A.124, ASu2A.130 Puttnam, Benjamin J.- ASu5D.5 Q Qi, Minghao - AS4J.1 Qian, Chen - AM1F.3, AM1F.6, AM1F.7, AM1F.8, AM2C.3 Qian, Jia - ASu2A.118 Qian, Xianyang - AM1I.3 Qian, Yi - AS4G.3 Qiao, Liang - ASu5A.3 Qiao, Yaojun - AM3D.3, ASu5E.2 Qin, Heng - ASu2A.82 Qin, Jie - ASu3I.3 Qin, Jun - AM1J.5 Qinghai, Song - ASu2A.19 Qiong, Wu - ASu2A.44 Qiu, Ciyuan - AM2F.2, AM2F.4 Qiu, Jifang - ASu1C.4 Qiu, Kun - AM1E.6, AM2E.4, AM3I.4, AS4C.5, ASu2A.121, ASu2A.31, ASu2A.36, ASu2A.5 Qiu, Xuhui - AM3H.2, ASu4G.3 Qiu, Yang - ASu2A.108 Qu, Bo - AS4I.2, ASu2A.154 Qu, Ronghui - ASu3C.4 Qu, Zhen - AS3D.3 Quan, Jinguo - AS3D.2 Quan, Mingran - ASu2A.47 R Radic, Stojan - ASu4D.1 Rafiq Khan, Arslan - ASu2A.50 Rahman, Azizur - AS3C.2 Raker, Joseph - ASu1I.2 Ran, Yang - AM3H.4, AM3H.5, ASu2A.39 Ran, Yanli - ASu2A.152, ASu2A.40 Ranaweera, Chathurika - ASu3G.4 Rao, Yun-Jiang - AM1C.1, AM1C.3, AM1C.4, AM1I.3, AM2D, ASu2A.146, ASu2A.150 Reed, Graham T.- ASu1B, ASu3A.1 Reid, Zane - ASu4B.2 Rekaya Ben-Othman, Ghaya - AS4E.2 Ren, Fang - AS3H.2, AS4F.1 Ren, Xiaomin - AM2A., AM2A.4, AM2A.5, ASu2A.1, ASu2A.11, ASu2A.35, ASu3B.2, ASu5A.4 Richardson, David J.- AM3I.3, AS4C.2 Richter, Andre - ASu1E.1, ASu3F.5 Riumkin, Konstantin - ASu3C.3 Rizzelli, Giuseppe - AM3D.5 Rodes, Guillermo Arturo - ASu2A.89 Rodriguez, Sebastian - AM1E.3, ASu1J.5 Rodriguez-Asomoza, Jorge - AM2B.5 Roelkens, Gunther - AM1B.4 Røge, Kasper M.- AM2H.1 Rohollahnejad, Jalal - ASu2A.152, ASu2A.40 Rommel, Simon - AM1B.7, ASu1J.2, ASu1J.5 Rosa, Pawel - AM2E.6, AM3D.5 Rösener, Detlef - AS3D.4 Rottondi, Cristina - AS4H.2 Rouifed, Mohamed-Said - ASu5B.1 Russell, Philip S.- AS3C.1 S Sahu, Sourabh - ASu2A.28 Saintenoy, Stephanie - AM3A.2 Saitoh, Kunimasa - ASu4B.3 Sakai, Hiroki - ASu1D.4 Sanchez-Mondragon, Jose J.- AM2B.5 Sang, Mei - ASu4B.5 Sang, Xinzhu - ASu2A.113, ASu2A.123, ASu2A.126, ASu2A.127, ASu2A.128, ASu2A.34, ASu2A.56, ASu2A.6 Sanjabi Eznaveh, Zeinab - AM2B.5 Sano, Akihide - ASu5E.1 Savas, Sedef - ASu5F.1, ASu5F.3 Schatz, Richard - ASu2A.75 Schmalen, Laurent - AS3D.4 Schow, Clint - ASu1B.4 Schroeder, Jochen S.- ASu4A.3 Schülzgen, Axel - AM2B.5 Scott, Reynolds - ASu3A.1 Scotti, Filippo - AM2G.1 Secondini, Marco - AM3D.1 Seo, Min Seong - ASu2A.64 Shang, Dongdong - AS3E.5 Shang, Sun - ASu2A.18, ASu2A.19 Shao, Li-Yang - ASu2A.143 Shao, Zengkai - AS3A.4, ASu1B.2, ASu2A.27 Sharif, Gazi - AM1J.5 Shehata, Heba - AM3F.4 Shen, Bailin - ASu1F.2 Shen, Fangcheng - ASu2A.61 Shen, Gangxiang - AM1H.4, AM2E.2, AS4G, AS4G.4, ASu2A.76, ASu3H.3, ASu4E.1, ASu4E.2, ASu4E.3, ASu5F Shen, Jianhua - AM1E.1 Shen, Yonghang - AM3B.4, ASu3C.1, ASu5C Shen, Zhenhua - AS3B.1 Shi, Jindan - AS4C.2, ASu1C.4 Shi, Jun - ASu2A.44 Shi, Kai - AM3E.2 Shi, Lei - ASu2A.71 Shi, Lu - AM2F.5 Shi, Mengyue - ASu1J.2 Shi, Xiao-dong - ASu2A.112 Shi, Yaocheng - AS3B.2 Shimizu, Satoshi - ASu4H.1 Shimojo, Shinji - AS4H.4 Shin, Jung Hoon - ASu5H.3 Shu, Chester C.T. - ASu4A.4, ASu4D Shu, Shili - ASu2A.10 Shu, Xuewen - AM3C.1, ASu2A.49, ASu2A.60, ASu2A.61 Shum, Perry - AM2B.4 Shum, Perry Ping - AM1A.3, AM1D.5, AM2F.5, AS4E.3, ASu2A.44, ASu2A.68, ASu2A.84 Shumin, Xiao - ASu2A.19 SILLARD, Pierre - AM2B.5 Singh, Ghanshyam - ASu2A.28 Sinkin, Oleg - AS3F.1 Skorin-Kapov, Nina - AM3G.1 Slavík, Radan - AM3I.3 Smith, Peter G.- AM1J.2 Smith, Richard J.- ASu5H.1 Solis-Trapala, Karen - AM3F.1, AM3I.2 Soltani, Fatemah - ASu5B.3 Somekh, Michael G.- AM1I, AS3I, ASu4G.2 Somepalli, Bhargav - ASu2A.137 Son, Taehwang - AM2B.1 Sone, Kyosuke - AM1E.4 Song, Jeong Hwan - ASu1B.4 Song, Liang - ASu1H.2 Song, Lijun - AM1E.2 Song, Mei - ASu2A.105 Song, Qinghai - ASu2A.18, ASu2A.8 Song, Yina - ASu2A.103 Song, Yingxiong - AM1F.2, AM2C.3 Sorel, Marc - AS4J.2 Sorin, Fabien - ASu1A.1 Spadaro, Salvatore - AM1H.2 Spolitis, Sandis - ASu5E.3 Sporea, Dan - ASu2A.56 Srinivasan, Balaji - ASu2A.137 Sriratanavaree, Suchara - AS3C.2 Stamatiadis, Christos - AS3J.3 Stankovic, Stevan T.- ASu3A.1 Su, Xiu - ASu2A.62 Su, Yikai - AM2F.2, AM2F.4 Su, Zhaotang - ASu5B.5 Suda, Satoshi - AM3I.2, AS4A.2 Sugunan, Abhilash - ASu1A.5 Suhr, Lau - AM1E.3, ASu4C.2 Sui, Qi - AS4D.2 Sui, Xiubao - ASu2A.118 Sui, Zhicheng - ASu2A.107 Suikat, Detlef - AS3D.4 Sumimura, Asahi - ASu1D.5 Sun, Bing - AM2D.2 Sun, Chunlei - AS3J.4, ASu5A.2 Sun, Dan-dan - ASu2A.112 Sun, Fukuan - AM2A.3, AM2A.4 Sun, Jian - ASu2A.120 Sun, Li-Peng - AM3H.4, ASu2A.39 Sun, Mengxun - ASu2A.69 Sun, Qiao - ASu2A.140 Sun, Qinjun - ASu1A.4 Sun, Qizhen - ASu1C.3, ASu2A.70, ASu2A.80 Sun, Weiqiang - AS4G.5, ASu1H.6 Sun, Wenhui - ASu5I.4 Sun, Wentao - ASu2A.72 Sun, Xiao - AS3H.3, ASu3E.2 Sun, Xiaolan - ASu2A.141 Sun, xiaomeng - AS4J.3 Sun, Xu - ASu1D.2 Sun, Yu - AS3F.1 Sun, Zhenshi - ASu2A.150 Sun, Zhongyuan - ASu2A.80 Suzuki, Keijiro - AS4A.2 Swenson, Norman - ASu5E.4 Key to Authors Moradi, Emilia - ASu5H.1 Morandotti, Roberto - ASu4A.5 Morea, Annalisa - AS3E.2 Morero, Damian A.- ASu5E.4 Morimoto, Hiroki - AM2G.2 Morizumi, Yuki - ASu2A.95 Moser, Michael - AM3A.2 Moss, David J.- ASu4A.1 Moss, David J. - ASu4A, ASu4A.5 Mou, Chengbo - ASu2A.80 Mu, Jiaxing - AS3I.2 Mukherjee, Biswanath - ASu4E, ASu5F.1, ASu5F.3 Müller, Marcel - AS3I.1, ASu2A.160 Murakawa, Takuya - ASu4H.1 Murdoch, Stuart G.- AM1J.1 Mussot, Arnaud - AM2C, AS4C.1, ASu5C.3 Musumeci, Francesco - ASu1G.2 T Tafur Monroy, Idelfonso - AM1B.7, AM1E.3, AM1H.5, AS4D.1, AS4D.3, ASu1J.2, ASu1J.5, ASu2A.89, ASu4C.2, ASu5E.3, ASu5G.1 Takagi, Shinichi - ASu5B.2 Takahara, Tomoo - AM3E.1, ASu4C Takasaka, Shigehiro - AS3J.2 takenaga, katsuhiro - ASu2A.67 Takenaka, Mitsuru - ASu5B.2 Takenouchi, Hirokazu - AM2H.2 Talli, Giuseppe - AS3H.5 Tam, HawYaw - ASu2A.151 Tam, Hwa Yaw - AM3B.4, AS4I.6 Tan, Dan - ASu3J.3 Tan, Fengze - ASu2A.43 Tan, Ming C.- AS4F.6 Tan, Mingming - AM2E.6, AM3D.5 Tan, Sisi - ASu3I.1, ASu3I.4 Tan, Yanxia - ASu4F.2 Tan, Yuanlong - AS4H.5, ASu4E.4 Tan, Zhongwei - ASu2A.120 Tanabe, Takasumi - ASu2A.28 Tanaka, Toshiki - AM3E.1 Tang, Changwei - ASu2A.45 Tang, Fengxian - ASu4E.3 Tang, Jian - AM2D.2 Tang, Jianming - ASu2A.87 Tang, Ming - AM1A.3, AM1D.5, AM2B.4, AM2F.5, AS4E.3, ASu2A.44, ASu2A.68, ASu2A.84 Tang, Ruizhi - AS3H.2 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 91 2015ACP Program.indd 91 11/5/15 3:02 PM Key to Authors Tang, Xianfeng - AS4F.4, ASu2A.115, ASu2A.54, ASu2A.78 Tang, Xiaoli - ASu1C.2 Tanizawa, Ken - AS3J.2, AS4A.2 Tao, Li - ASu2A.93 Tao, Zhenning - AM1E.4, AM3E.1 Tatarczak, Anna - ASu1J.5, ASu2A.89 Teh, Peh Chiong - AS4I.7 Teisseire, Jeremie - ASu1A.1 Teruya, Miku - ASu2A.85 Tey, Kok Leng - AS4I.7 Thai Le, Son - AM3D.5 Thomsen, Benn C.- AM3E.2 Thomson, David - ASu3A.1 Thylén, Lars - ASu1A.5, ASu1D.2 Tian, Huiping - AS4I.5, ASu1J.1 Tian, Jiajun - ASu2A.47 Tian, Sicong - ASu2A.10 Tian, Wei - ASu2A.54 Tian, Wen Jing - AM1I.2 Tian, Yu - AM1E.8, AM3G.2, AS4F.1 Tiwari, Rakhee - ASu5F.1 Toda, Hiroyuki - AM2G.2 Tokas, Konstantinos - AS4D.4 Tong, Cunzhu - ASu2A.10 Tong, Peiqian - ASu1A.4 Topley, Robert T.- ASu3A.1 Toprak, Muhammet - ASu1A.2, ASu1A.5 Tornatore, Massimo - AS4H.2, AS4H.6, ASu1G.2 Trajkovic, Jelena - ASu2A.12 Tremblay, Christine - AS3B.4 Trillo, Stefano - ASu5C.3 Tsai, Cheng-Ting - ASu2A.79 Tsang, Hon K.- ASu2A.8, ASu4A.2, ASu4A.4, ASu5B Tsang, Kwong Shing - AM3B.6 Tseng, Chun-Wei - ASu1A.6 Tu, Jiajing - ASu4B.3 Tu, Xiaobo - ASu2A.140 Tu, Xin - AS4B.3 Tuanwei, Xu - ASu2A.149 Tuchin, Varley - ASu2A.158 Turitsyn, Sergei K.- ASu3F.1 U Uenohara, Hiroyuki - AM3F.2, ASu4H.1 Umeki, Takeshi - AM2H.2 Umezawa, Toshimasa - AM2A.1, ASu5A, ASu5A.1 Urbas, Augustine - ASu5A.5 Uto, Kenichi - AS3D V Vakarin, Vladyslav - ASu5B.1 Valcarenghi, Luca - AS3G.2, ASu1G.3 Van Campenhout, Joris - AM1B.4 Vasil’ev, Peter - AM3A.5 Vasileva, Elena - ASu1A.2 Vegas Olmos, Juan Jose - AM1B.7, AM1E.3, AM1H.5, ASu1J.2, ASu1J.5, ASu2A.89, ASu4C.2, ASu5E.3, ASu5G.1 Velazquez-Benitez, Amado M.- AM2B.5 Venkitesh, Deepa - ASu2A.137 Verbist, Jochem - AM1B.4 Verheyen, Peter - AM1B.4 Vivien, Laurent - ASu5B.1 W Wada, Naoya - ASu4H.1, ASu5D.5 Wagner, Christoph - ASu5E.3 Wahlbrink, Thorsten - ASu1B.3 Wai, Ping Kong A.- AM3B.4, AM3B.6, AS4C.4, ASu5C.4 Walkowiak, Krzysztof - AS4H.3, AS4H.6 Wan, Wenjie - AS3B.1 Wang , Guanghui - AM1I.1, AM1I.5, AM3H Wang, Andong - ASu2A.111 Wang, Bing - AS3A.3 Wang, Changle - ASu2A.70 Wang, Chuan - ASu2A.122 Wang, Cong - AS3A.3 Wang, Dajiang - ASu2A.109 Wang, Dan - AM1E.7 Wang, Danshi - AM3E.4, ASu3F.4 Wang, Dawei - AS4G.3 Wang, Dongdong - ASu2A.81 wang, Hongxiang - AM1J.5 Wang, Hua - ASu2A.32 Wang, Huai-Yung - ASu2A.79 Wang, Huitao - ASu2A.110 wang, jiahe - ASu2A.96 Wang, Jian - ASu2A.101, ASu2A.111, ASu2A.129, ASu2A.131, ASu2A.132, ASu2A.2, ASu2A.98, ASu2A.99 Wang, Jiaqi - ASu4A.2, ASu4A.4 Wang, Jiayu - ASu2A.109 WANG, Jie - AM3B.4, AS4I.6, ASu3C.1 Wang, Jing - AM1E.6, AM2E.4 Wang, Jun - AM2A.5, ASu2A.1, ASu2A.11, ASu2A.35, ASu5A.4 Wang, Junjia - AS3B.4 Wang, Kang - ASu1H.2 Wang, Keyi - ASu2A.41 Wang, Kuiru - ASu2A.113, ASu2A.123, ASu2A.126, ASu2A.128, ASu2A.34, ASu2A.6 Wang, Lei - AS4H.7, ASu4F.2, ASu4F.6 WANG, Liang - AM3E.3, AS4I.6, ASu2A.151 Wang, Lijie - ASu2A.10 Wang, limeng - AM2H.3 Wang, Lingfang - ASu3A.3 Wang, Liqian - AS3E.5, ASu2A.81, ASu2A.96 Wang, Meiqian - ASu5F.2 Wang, Min - AM1F.2, AM1F.8, AM2C.3 Wang, Muguang - ASu2A.120 Wang, Peng - AS3I.2 Wang, Qi - AM2A.5, AS3D.2, ASu2A.1, ASu2A.11, ASu2A.35, ASu3B.2, ASu5A.4 Wang, Qin - ASu2A.86 Wang, Qiuguo - ASu2A.14, ASu2A.94 Wang, Qunyang - ASu2A.119 Wang, Rong - ASu2A.124 Wang, Ruoxu - AM1D.5, ASu2A.84 Wang, Shangcheng - ASu2A.59 Wang, Shaohao - ASu5C.4 Wang, Shipeng - AM1B.2 Wang, Shumin - ASu2A.16 Wang, Shun - AM1D.6 Wang, Siya - AM1B.2 Wang, Song - AM1I.3, ASu2A.146 Wang, Ting - ASu5D.1 Wang, Tingyun - AM1D.3, AM3C.5, ASu2A.46 Wang, Wanli - AM3D.3 Wang, Wei - ASu4F.3 Wang, Weiguang - ASu2A.69 wang, wenting - ASu5I.4 Wang, Xi - ASu3H.2 Wang, Xiaojian - AM3B.5, ASu3C.2 Wang, Xiaoling - ASu2A.102, ASu4E.2 Wang, Xie - ASu3I.1 Wang, Xinbo - ASu5F.3 Wang, Xingjun - ASu5B.5 Wang, Xudong - AM1G.2 Wang, Xuyang - AM3C.4 Wang, Yan - ASu3A.3 Wang, Yanjin - ASu2A.93 Wang, Yanshan - ASu2A.32 Wang, Yiguang - ASu2A.93 Wang, Yiping - AM2D.2 Wang, Yu - AM1A.5 Wang, Yuxi - AM2B.2 Wang, Zhansheng - ASu5E.2 Wang, Zhaocheng - AS3D.2 Wang, Zhenhong - ASu2A.59, ASu2A.62 Wang, Zhenyu - ASu2A.109 Wang, Zhi - ASu2A.55, ASu2A.59, ASu2A.62 Wang, Zhixin - ASu2A.93 Wang, Zinan - AM1C.3, AM1C.4, AM1I.3, ASu2A.146, ASu2A.150 Watanabe, Ryo - ASu1D.5 Webb, Karen E.- AM1J.1 Webb, Kevin F.- ASu5H.1 Webber, Zondy - ASu5C.1 Weerdenburg, John V.- AM2B.4 Wei, Jinlong - AS3H.5, ASu2A.87 Wei, Xiaoming - ASu3I.1, ASu3I.4 Wei, Zhengwu - ASu5I.1 Weijun, Tong - AM1D.5, ASu4B.1 Weiner, Andrew M.- AS4J.1 Weizhong, Zhou - ASu2A.19 Wen, Feng - AS4C.5, ASu2A.121, ASu2A.31 Wen, Jianxiang - ASu2A.46, ASu2A.56 Wen, Xiang - ASu2A.8 Wen, Yongqiang - ASu2A.152 Weng, Hai-Zhong - ASu3B.3 White, Ian H.- AM3A.5, ASu2A.87 Wiebusch, Gerd - AM2B.3, AS3I.1, ASu2A.160 Williams, Christopher - AM1B.1 Wilson, Peter R.- ASu3A.1 Winzer, Peter J.- AS4E.1 Wolf, Alexey - AM2D.4 Wong, Elaine - AS3H.1, ASu3G.4, ASu5F.5 Wong, Kenneth Kin-Yip - AM1C, AM2C.2, ASu3I.1, ASu3I.4 Wosinska, Lena - AM3G.1, AS3G, AS4H, ASu3G.1, ASu5F.2, ASu5F.5 Wosinski, Lech - ASu1A.5, ASu1D.2 Wu, Bao-Jian - AS4C.5, ASu2A.121, ASu2A.31, ASu2A.5 Wu, Beibei - AS3J.4, ASu5A.2 Wu, Bo - ASu3C.1, ASu4C.3 Wu, Chuanjun - ASu2A.107 Wu, Haibo - ASu2A.154 Wu, Han - AM1C.3, AM1C.4 Wu, Hao - ASu2A.10 Wu, Huijuan - ASu2A.150 Wu, Jian - AM3C.3, AS3F.3, ASu1C.4, ASu2A.82 Wu, Jiayang - AM2F.2, AM2F.4 Wu, Liyuan - ASu2A.16 Wu, Ming C.- AS4A.1 Wu, Qi - ASu1E.4 Wu, Qiong - ASu2A.84 Wu, Shao-Yi - ASu2A.142 Wu, Tsai-Chen - ASu2A.125 Wu, Xinru - ASu4A.2, ASu4H.5 Wu, Xueyan - ASu2A.32 Wu, Yao - AM2A.4 Wu, Zhaohui - ASu3C.2 Wu, Zhichao - ASu1C.3 Wu, Zhongle - AM2H.4 Wu, Zhongying - AM1E.8, AM3G.2, AS3H.2, AS4F.1 Wuilpart, Marc - AM2E.1 X Xi, Lixia - ASu2A.54, ASu2A.78 Xia, Bin - ASu2A.107 Xia, Jinsong - ASu2A.132 Xia, Li - ASu2A.152, ASu2A.40 Xia, Yuhao - AS3B.3, AS4A.4, AS4A.5 Xiang, Lian - ASu2A.76, ASu4E.3 Xiang, Peng - ASu2A.124, ASu2A.130 Xiao, Gui - ASu2A.56 Xiao, Jinghua - AM1G.3, AM1I.2, ASu2A.122, ASu5B.4 Xiao, Jin-Long - AM2A.2, ASu3B.1, ASu3B.3 Xiao, Limin - ASu5C.1 Xiao, Liquan - ASu2A.128 Xiao, Qingsheng - ASu5I.5 Xiao, Shilin - AS3E.4, AS4F.3, ASu1H.6 Xiao, Shumin - ASu2A.18 Xiao, Simiao - AS3H.3, ASu3E.2 Xiao, Xiaosheng - AM3B.3 Xiao, Zhi-Xiong - ASu3B.3 Xiaowei, Guo - ASu2A.4 Xie, Chongjin - ASu3F, ASu4C.1 Xie, Mutong - AM1G.3 Xie, Shizhong - AM3B.5, ASu2A.3, ASu3C.2 Xie, Weilin - ASu3I.3 Xin, Fangjian - AM2B.2 Xin, Haiyun - ASu3E.3 Xin, Xiangjun - ASu2A.116, ASu5D.4 Xin, Yingchao - AS4F.1 Xiong, Liangming - ASu2A.45 Xu, Anshi - ASu2A.17, ASu2A.30 Xu, Chris - ASu1C.1, ASu4B Xu, Cong - AS3C.3 Xu, Dan - ASu3C.4 Xu, Fei - AS4I.1 Xu, Hengying - ASu2A.14 Xu, Huiying - AS4G.2 Xu, Jian - AM3H.2 Xu, Ke - ASu2A.8, ASu4A.4 Xu, Kun - AM2H.4, ASu1J.4, ASu2A.119, ASu2A.122, ASu3J.3 Xu, Lijuan - ASu2A.13 Xu, Longtao - AM1G.1 Xu, Peng - ASu2A.57 Xu, Pengfei - ASu2A.27, ASu5I.5 Xu, Qi Wei - AM1I.2 Xu, Shanhui - AM1C.2 Xu, Tuanwei - ASu2A.148 Xu, Xinbiao - ASu2A.71 Xu, Xinchuan - ASu5C.4 Xu, Xingyuan - AM2H.4 Xu, Yiqing - ASu3I.4 Xu, Yongchi - AM2G.3 Xu, Zhaowei - AM1F.5 Xu, Zhilin - AS4E.3, ASu1C.3 Xu, Zhuoran - AS4F.5, AS4F.7 Xu, Zuowei - ASu2A.49 Xue, Chenpeng - AM1E.6, AM2E.4 Xue, Naitian - AM1I.3 Xue, Ziwei - AM1F.6 Xuejun , Zhang - AM3H.2 Y Yagi, Takeshi - AS3J.2 Yamada, Hirohito - AM2A.1 Yamada, Koji - ASu3A, ASu3A.4 Yamaguchi , Shigeru - AM1J.5 Yamaguchi, Takashi - AM2G.2 Yamamoto, Naokatsu - AM2A, AM2A.1, ASu5A.1 Yaman, Fatih - AM3D.4, ASu5E Yamauchi, Tomohiro - AM1E.4 Yan, Binbin - ASu2A.113, ASu2A.123, ASu2A.126, ASu2A.128, ASu2A.34, ASu2A.56, ASu2A.6 Yan, Jhih-Heng - ASu1F.1 Yan, Min - ASu1A.5 Yan, Xin - AM2A.3, AM2A.4 Yan, Zheng - AS3E.5 Yan, Zhijun - ASu2A.70, ASu2A.80 Yanagiya, Shin-ichiro - AM3F.6, ASu4H.4 Yang, Changsheng - AM1C.2 Yang, Chun - ASu1J.3 Yang, Chunchuan - AS3A.4, ASu1B.2, ASu2A.27 Yang, Daquan - AS4I.5, ASu1J.1 Yang, Fei - ASu3C.4 Yang, Futao - ASu4F.6 Yang, Guang - ASu2A.59 Yang, Hui - AM1H.3, AS4H.5, ASu4E.4, ASu5F.4 Yang, Hujiang - ASu2A.122, ASu5B.4 Yang, Jianfan - AS3B.1 Yang, Lin - AS3B.3, AS4A.4, AS4A.5, ASu5B.4 Yang, Liqun - ASu5D.3 Yang, Se-Hoon - AM1E.5 Yang, Sigang - AM2B.2, AM3B.5, ASu2A.3, ASu3C.2 Yang, Su-A - ASu4G.4 Yang, Tao - AM2A.2 Yang, Yanfu - AS4F.2 Yang, Yang - ASu2A.116 Yang, Yue-De - AM2A.2, ASu3B.1, ASu3B.3 Yang, Zhongmin - AM1C.2 Yang’an, Zhang - AM2H.3 Yao, Jia - ASu2A.50 Yao, Yong - AS4F.2, ASu2A.47 YE, Chenhui - AS3H.3, ASu3E.2 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 92 2015ACP Program.indd 92 11/5/15 3:02 PM Yu, Yu - AS3J.4, ASu2A.26, ASu5A.2 Yu, Zhipeng - AM3H.5 Yu, Zhongyuan - ASu2A.139, ASu2A.147, ASu2A.57, ASu2A.9 Yuan, Haiqing - AM1B.3, ASu5I.4 Yuan, Jin - AS4F.4 Yuan, Jinhui - AM3E.3, ASu2A.113, ASu2A.123, ASu2A.126, ASu2A.128, ASu2A.34, ASu2A.38, ASu2A.57, ASu2A.6 Yuan, Xiaocong - AM3H.1 Yue, Lei - AS3F.3 Yueqing, Du - ASu2A.49 Z Zami, Thierry - AM3G.3 Zamiri, Ali - ASu4B.4 Zang, Jizhao - AS3F.3 Zang, Junjie - AS4H.7 Zayats, Anatoly .- ASu1D.1 Zeng, Huaiyu - ASu3E.4 Zeng, Li - AM1F.1 Zeng, Xianglong - AM2C.3 Zeng, Xinglin - AM3C.3 Zervas, Georgios S.- AM1E, ASu3H, ASu5G.2 Zhan, Qiuqiang - ASu1A.4 Zhan, Tingting - AS4I.2 Zhang, A. Ping - AM3B.4, AS4I.6 Zhang, Cheng - AM1J.4, AM2G.3 Zhang, Chengliang - ASu2A.103 Zhang, Chenzhao - AM1B.2, AS4B.4 Zhang, Chi - ASu3I.4 Zhang, Chong - AM3A.3 Zhang, Dong - ASu2A.82 Zhang, Dongxu - ASu2A.110 Zhang, Dongying - AM1I.1 Zhang, Fan - AM1E.7 Zhang, Fangzheng - AM1G.5, ASu1J Zhang, Fnafan - AS4A.4 Zhang, Guina - ASu2A.50 Zhang, Guoying - ASu2A.106, ASu4E.4, ASu4F.1, ASu5F.4 Zhang, Han - ASu2A.132 Zhang, Heng - ASu2A.104 zhang, hongbin - AS3F.1 Zhang, Hongguang - AM1F.5 Zhang, Hu - ASu2A.54 Zhang, Ji - AS4I.2, ASu2A.154 Zhang, Jiangshan - AM1D.6 Zhang, Jiawei - AS4H.1, ASu2A.105 Zhang, Jie - AM1H.3, AM1H.6, AM3C.4, AS4H.1, AS4H.5, AS4H.7, ASu1H, ASu1H.1, ASu2A.102, ASu2A.103, ASu2A.106, ASu2A.109, ASu4E.2, ASu4E.4, ASu4F.2, ASu4F.3, ASu4F.4, ASu4F.5, ASu5F.3, ASu5F.4, ASu5G Zhang, Jie - ASu4F.6 Zhang, Jihan - ASu2A.9 Zhang, Jing - AS4F.5, ASu2A.121, ASu2A.31 Zhang, Jinnan - ASu2A.82 Zhang, Junjie - AM1F.6, ASu1E.4 Zhang, Junwei - ASu4H.2 Zhang, Junyi - ASu2A.116 Zhang, Kaibin - AS3H.3, ASu3E.2 Zhang, Ke - AS4C.6 Zhang, Kuo - AM2E.5 Zhang, Lei - AS3B.3, AS4A.5, ASu5B.4 Zhang, Li - AM1C.3, AM1C.4, AM1I.3, ASu2A.146 Zhang, Liang - AM1D.3 Zhang, Liangjun - ASu2A.84 Zhang, Lijia - ASu5D.4 Zhang, Lin - ASu2A.61, ASu2A.70, ASu2A.80 Zhang, Liyan - ASu2A.45 Zhang, Lu - AS3E.4, AS4F.3 Zhang, Min - AM1E.2, AM3E.4, ASu2A.96 Zhang, Minming - ASu2A.7 Zhang, Pei - ASu2A.20, ASu2A.21 Zhang, Peng - AM1D.5 Zhang, Pengfei - ASu2A.62 Zhang, Qi - AS3E.5 Zhang, Qianwu - AM1F.2, AM1F.3, AM1F.6, AM1F.7, AM2C.3 Zhang, Qiong - ASu3H.2 Zhang, Qun - AS4F.2 Zhang, Ru - ASu2A.114 Zhang, Ruijiao - ASu2A.116 Zhang, Tian - ASu2A.29 Zhang, Weili - ASu4H.3 Zhang, Weite - AM1G.4 Zhang, Wen - ASu2A.9 Zhang, Wenbo - ASu2A.54, ASu2A.78 Zhang, Xia - AM2A.3, AM2A.4, ASu2A.1, ASu2A.11, ASu2A.14, ASu2A.54, ASu2A.72, ASu2A.94, ASu3B.2 Zhang, Xianmin - AM1G.4 Zhang, Xianting - ASu2A.113 Zhang, Xiaoguang - AS4F.4, ASu2A.54, ASu2A.78 Zhang, Xinliang - AS3J.4, ASu2A.26, ASu2A.71, ASu5A.2 Zhang, Xuping - AM1I.1, AM1I.5 Zhang, Yan - ASu2A.50 Zhang, Yanfeng - AM3C.4, AS3A.4, ASu1B.2, ASu2A.27, ASu5I.5 Zhang, Yaojing - ASu4A.2 Zhang, Yi - ASu2A.86 Zhang, Yong - ASu2A.132 Zhang, Young - ASu4A.3 Zhang, Yuanfei - AM1C.2 Zhang, Zexuan - ASu5B.5 Zhang, Zhen - AM1F.3, AM1F.7 Zhang, Zhenzhen - ASu2A.53 Zhang, Zhiguo - AM2D.3, ASu2A.135, ASu2A.138, ASu2A.81, ASu2A.96 Zhang, Zhi-Hong - ASu2A.142 Zhang, Zhike - AM1B.3 Zhao, Donghe - ASu2A.78 Zhao, Jiajia - ASu2A.68 Zhao, Jian - ASu1F.3, ASu2A.43, ASu4B.5, ASu5D.3 Zhao, Jiyong - ASu2A.124 Zhao, Luming - ASu1C.3 Zhao, Mingyang - AM1G.3 Zhao, Ningbo - ASu2A.53, ASu4B.5 Zhao, Qinghua - ASu2A.53 Zhao, Runmei - ASu1H.5 Zhao, Wenjing - ASu2A.59 Zhao, Yang - ASu4F.6 Zhao, Yichen - ASu1A.5 Zhao, Yifan - ASu2A.99 Zhao, Yongli - AM1H.3, AM1H.6, AS4H.5, ASu2A.102, ASu2A.103, ASu2A.106, ASu2A.109, ASu4E.2, ASu4E.4, ASu4F.3, ASu4F.4, ASu4F.5, ASu5F.3, ASu5F.4 Zhao, Yuan-li - ASu2A.5 Zhao, Yunchou - AS3B.3, AS4A.4, AS4A.5 Zhao, Yunhe - AM1D.3 Zhao, Ziwen - AM3C.5 Zheng, Di - ASu4H.3 Zheng, Haiyan - AM3C.5 Zheng, Haomian - ASu4F.3 Zheng, Ruiqi - ASu2A.23 Zheng, Shilie - AM1G.4 Zheng, Shuang - ASu2A.2 Zheng, Xiaoping - ASu2A.104 Zheng, Yuanlin - AS3B.1 Zheng, Yuanwei - ASu2A.150 Zhengxian , Liu - ASu2A.18 Zhong, Kangping - AM3E.3, AS4F.2, AS4F.8, ASu2A.151 Zhong, Qiao - ASu2A.128 Zhong, Xiaoyong - AM2D.2 Zhong, Xin - ASu5I.4 Zhou, FeiFan - ASu1I.2 Zhou, Hailong - ASu2A.20, ASu2A.21 Zhou, Heng - AM3I.4, ASu2A.31 Zhou, Ji - ASu5E.2 Zhou, Jing - ASu4F.5 Zhou, Kaiming - ASu2A.61, ASu2A.80 Zhou, Lei - ASu3E.1 Zhou, Lidan - ASu1B.2 Zhou, Linjie - AS4A.3, AS4J.3, ASu2A.129 Zhou, Peng - AM3G.2 Zhou, Peng - AM1E.8 Zhou, Qian - ASu3I.3 ZHOU, tianyan - AS4F.8 Zhou, Wei - ASu2A.86 Zhou, Wen - ASu4A.2 Zhou, Xian - AM3E.3, ASu2A.151, ASu4C.3 Zhou, Xiang - AS4D, ASu4C.4 Zhou, Xing-yu - AM3I.4, AS4C.5, ASu2A.121, ASu2A.31, ASu2A.5 Zhou, Xu - ASu3G.2 Zhou, Yu - AM1H.6, ASu1H.1, ASu4F.5 Zhou, Yue - AM2H.4, ASu1J.4, ASu3J.3 Zhou, Zhao - AS4F.3 Zhou, Zhenghua - AM2G.4 Zhou, Zhiping - ASu5B.5 Zhu, Bing - ASu2A.83 Zhu, Bingqing - ASu4A.2 Zhu, Dan - ASu5I.1 Zhu, Furong - ASu1A.4 Zhu, Guoxuan - AM3C.4, ASu5I.5 Zhu, Huatao - ASu2A.124 Zhu, Lei - AM1A.3 Zhu, Lixin - AM2G.3 Zhu, Long - ASu2A.101, ASu2A.111, ASu2A.98, ASu2A.99 Zhu, Ninghua - AM1B.3, ASu5I.4 Zhu, Paikun - AM3G.2, AS3H.2 Zhu, Paikun - AM1E.8, AS4F.1 Zhu, Qingming - AM2F.2, AM2F.4 Zhu, Ruijie - AM1H.3 Zhu, Song - ASu2A.71 Zhu, Xiaoqi - AM1J.4 Zhu, Xiaoxu - AM1H.3, ASu5F.4 Zhu, Yingying - ASu2A.123 Zhu, Yixiao - AM1E.7 Zhu, Zuqing - AM1H, AM2E.3 Zhuang, Jun-Ping - ASu5I.2 Zhuang, Kaiyu - ASu1H.5 Zhuang, Yuan - ASu3B.4 Zibar, Darko - AS4D.1 Zimmermann, Lars - AS4J.3 Zou, Bing - AM3H.6 Zou, Jun - ASu2A.22 Zou, Junni - AM1F.8 Zou, Kaiheng - AM1E.7 Zou, Ling-Xiu - ASu3B.1 Zou, Weiwen - ASu5C.2 Zou, Xihua - ASu4H.3 Zou, Xin - ASu1C.4 Zukerman, Moshe - ASu4E.1 Zuo, Yong - ASu2A.82 Key to Authors Ye, Fei - ASu1A.2 ye, han - ASu2A.9 Ye, Mengyuan - ASu2A.26 Ye, Tong - AS4G.5 Ye, Zhicheng - AS3H.4 Yeap, Kim Ho - AS4I.7 Yi, Anlin - ASu2A.74 Yi, Fan - ASu4F.4 Yi, Lilin - AS4G.5, ASu1J.2 Yin, Chenxuan - ASu2A.27 Yin, Feifei - AM2H.4, ASu1J.4, ASu2A.119, ASu3J.3 Yin, Jie - ASu2A.119 Yin, Shan - AM1H.6, ASu1H.1, ASu4F.5 Yin, Xin - AM1B.4 Ying, Zhoufeng - AM1I.1 Yizhi, Liang - ASu5H.2 Yoishioka, Kyo - ASu2A.153 Yoo, S. J. Ben - AS3A.1 Yoon, Jonghee - AM1I.4, ASu1I.4, ASu2A.159, ASu4G.4 Yoon, Soon Fatt - AS3A.3 Yoon, Sujin - ASu5A.5 Yoshida, Kensuke - ASu2A.77 Yoshida, Setsuo - AM1E.4 Yoshida, Yuki - AM1F, AS3E.1, AS3J.3, ASu3E Yoshioka, Naho - ASu1E.2 You, Jie - AS3B.5 You, Zhi Hong - AM1I.2 Youn, Chun Ju - AM3A.4, ASu2A.25 Yu, Changyuan - AS4F.5, AS4F.6, AS4F.7 Yu, Chongxiu - ASu2A.123, ASu2A.128, ASu2A.6 Yu, Chongxu - ASu2A.113, ASu2A.126, ASu2A.34 Yu, Dawei - AM2B.4 Yu, Fan - ASu3H.2 Yu, Fangyong - ASu2A.38, ASu2A.57 Yu, Haoyong - AS3I.2 Yu, Hongchen - ASu2A.3 Yu, Hyeonseung - ASu1I.3, ASu1I.4, ASu2A.158, ASu5H.3 Yu, Jia - ASu2A.110 Yu, Junlei - AS3E.5 yu, lijuan - ASu5I.4 Yu, Longhai - AS3B.2 Yu, Luoqin - ASu3I.1 Yu, Siyuan - AM1G.4, AM3C.4, AS3A.4, ASu1B.2, ASu2A.27, ASu5I.5 Yu, Song - ASu2A.97, ASu3J.4 Yu, Xiaosong - AS4H.1, ASu2A.106, ASu2A.109, ASu4E.4 Yu, Yan - AS4I.2 Yu, Yi - AS4F.6, AS4F.7 YU, Yinpeng - ASu3G.4 Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 93 2015ACP Program.indd 93 11/5/15 3:02 PM ACP 2015 — Sunday, NOTES 22 November ____________________________________________________________________________________________________________________________________________ Room N201, HKCEC ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 94 2015ACP Program.indd 57 11/5/15 3:02 PM ACP 2015 — Sunday, NOTES 22 November ____________________________________________________________________________________________________________________________________________ Room N201, HKCEC ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 95 11/5/15 3:02 PM ACP 2015 — Sunday, NOTES 22 November ____________________________________________________________________________________________________________________________________________ Room N201, HKCEC ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 96 11/5/15 3:02 PM ACP 2015 — Sunday, NOTES 22 November ____________________________________________________________________________________________________________________________________________ Room N201, HKCEC ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Sunday, 22 November ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ ____________________________________________________________________________________________________________________________________________ Asia Communications and Photonics Conference (ACP) • 19 November 2015–23 November 2015 • Page 97 2015ACP Program.indd 57 11/5/15 3:02 PM Application: www.polyu.edu.hk/ro/hkphd-fellowship Faculty: www.polyu.edu.hk/feng TRANSMISSION NETWORK All Optical Network DC Interconnect Transmission for 5G
