Monday, July 4
Room A
Room B
Room C
S1
14:30-16:00
Optical access/core network evolution
toward wireless 5G network era
MB1
14:30-16:00
+LJK6SHFWUDO(IÀFLHQF\7UDQVPLVVLRQ
MC1
14:30-16:00
Multi-Core Fibers
Presiders: Naoto Yoshimoto (Chitose Institute of Science and Technology, Japan)
Jie Zhang (Beijing Univ. of Posts and Telecommunications, China)
Sangsoo Lee (Optella Inc., Korea)
Andrew Lord (British Telecom, UK)
Presider: Werner Rosenkranz (Univ. of Kiel, Germany)
Presider: Kunimasa Saitoh (Hokkaido Univ., Japan)
14:30-15:00 MB1-1 (Invited)
8OWUDKLJK6SHHGDQG+LJK6SHFWUDO(IÀFLHQF\
7UDQVPLVVLRQ8VLQJ2SWLFDO1\TXLVW3XOVHV
Masataka Nakazawa
Tohoku Univ., Japan
Recent progress is presented on ultrahigh-speed and
KLJK VSHFWUDOHI¾FLHQF\ 6( 7'0 WUDQVPLVVLRQ XVLQJ
non-coherent and coherent Nyquist pulses, including a
VLQJOHFKDQQHO7ELWVNP'436.WUDQVPLVVLRQ
DQG 7ELWV NP 4$0 WUDQVPLVVLRQ ZLWK
ELWV+]6(
14:30-14:45 MC1-1
$FFXUDWH$QDO\VLVRI&URVVWDONEHWZHHQ/311
Degenerate Modes Due to Offset Connection Using
Exact Eigen-modes
Yasuo Kokubun, Seiya Miura, Tatsuhiko Watanabe
Yokohama National Univ., Japan
The crosstalk between LP11 degenerate modes due to
RIIVHW FRQQHFWLRQ LV DFFXUDWHO\ DQDO\]HG XVLQJ H[DFW HLgenmodes and it is shown the propagation characteristics
RIIHZPRGH¾EHUVPXVWEHDQDO\]HGE\HLJHQPRGHQRW
by LP mode.
15:00-15:15 MB1-2
5ROORII)DFWRU'HSHQGHQFHRI6\VWHP3HUIRUPDQFH
LQ7ELWVFKNP1\TXLVW3XOVH
7UDQVPLVVLRQ
Koudai Harako, Daiki Suzuki, Toshihiko Hirooka,
Masataka Nakazawa
Tohoku Univ., Japan
We evaluate the roll-off factor dependence of a Nyquist
pulse in a 1.28 Tbit/s-525 km transmission. The optimum
value is 0.5, and for lower values an overlap with neighboring symbols results in larger nonlinear impairments.
14:45-15:00 MC1-2
New Method for Measuring Inter-Core Crosstalk in
Multi-Core Fibers Using Near-Infrared Camera
Shota Saitoh, Yoshimichi Amma, Yusuke Sasaki,
Katsuhiro Takenaga, Kazuhiko Aikawa
Fujikura Ltd., Japan
$QHZPHWKRGXVLQJDQHDULQIUDUHGFDPHUDIRUPHDVXULQJLQWHUFRUHFURVVWDONLQPXOWLFRUH¾EHUVLVSUHVHQWHG
We show that an appropriate evaluation of output power
enables good estimation of crosstalk in dual-core and
FRUH¾EHUV
15:15-15:30 MB1-3
$1RYHO'HPXOWLSOH[LQJ6FKHPHIRU1\TXLVW27'0
Signal Using a Single IQ Modulator
Lei Yue, Deming Kong, Yan Li, Jiangchuan Pang,
Miao Yu, Jian Wu
Beijing Univ. of Posts and Telecommunications, China
'HPXOWLSOH[LQJ RI D *EDXG 127'0 VLJQDO WR *EDXG LV H[SHULPHQWDOO\ GHPRQVWUDWHG XVLQJ D FRPPHUFLDOO\DYDLODEOH,4PRGXODWRUG%UHTXLUHG2615
LPSURYHPHQW #%(5 ( LV REVHUYHG FRPSDUHG ZLWK
Gaussian sampling with the same pulse-width.
15:00-15:15 MC1-3
0XOWLFRUH)LEHUIRU%LGLUHFWLRQDO7UDQVPLVVLRQ
Tomohiro Gonda, Katsunori Imamura, Ryuichi Sugizaki
Furukawa Electric Co., Ltd., Japan
The optimum structure of MCF for bi-directional transPLVVLRQZDVVWXGLHG%DVHGRQWKHLQYHVWLJDWLRQRIFRUH
SLWFK DQG FODGGLQJ GLDPHWHU FRUH ¾EHU GHVLJQ ZDV
found to be the most feasible for the bi-directional transmission system.
15:30-15:45 MB1-4
7ELWV6XSHUFKDQQHO*HQHUDWLRQ%DVHGRQ,Q3
,40RGXODWRUDQG2SWLFDO)UHTXHQF\&RPE
K. Solis-Trapala, T. Inoue, H. Nguyen Tan, S. Namiki
National Institute of Advanced Industrial Science and
Technology (AIST), Japan
:H VWXG\ ¾YHVXEFDUULHU *EDXG '31\TXLVW4$0
superchannel generation using a commercial high-speed
,Q3,4PRGXODWRUDQGRSWLFDOIUHTXHQF\FRPEIRUWKH¾UVW
time. The 1.76-Tbit/s superchannel with 7.04-bit/s/Hz
VSHFWUDO HI¾FLHQF\ LV VXFFHVVIXOO\ RSHUDWHG RYHU NP
660)
15:15-15:45 MC1-4 (Invited)
Single-mode Multicore Fiber for Dense Space
Division Multiplexing
Yusuke Sasaki(1), Yoshimichi Amma(1),
Katsuhiro Takenaga(1), Shoichiro Matsuo(1),
Kazuhiko Aikawa(1), Kunimasa Saitoh(2),
Toshio Morioka(3), Yutaka Miyamoto(4)
(1)
Fujikura Ltd., Japan, (2)Hokkaido Univ., Japan, (3)
Technical Univ. of Denmark, Denmark (DTU), (4)NTT
Corporation, Japan
6LQJOHPRGH PXOWLFRUH ¾EHU 600&) LV DWWUDFWLYH IRU
KLJKFDSDFLW\ WUDQVPLVVLRQ 2XU IDEULFDWHG 600&)V
achieve high core count and low crosstalk with a cladding
diameter of 230 µm. Characteristics of fan-in/fan-out for
WKH600&)VDUHDOVRLQYHVWLJDWHG
14:30-15:00 S1-1 (Invited)
Wireless Network Evolution toward 5G Network
Fumiyuki Adachi
Tohoku Univ., Japan
In this paper, we discuss about the technical issues toward 5G and introduce the recent advances in distributed antenna cooperative signal transmission techniques
which provides high quality broadband data services over
an entire macro-cell area.
15:00-15:30 S1-2 (Invited)
5G Wireless Network Research in China – NonUniform Wireless Dense Networks
Xiaofeng Tao
Beijing Univ. of Posts and Telecommunications, China
Non-uniform wireless dense networks will be a deployment scenario in the future 5G mobile networks. This
paper will introduce the challenges and methods in terms
of the network modeling and architecture design in such
networks.
15:30-16:00 S1-3 (Invited)
Activities of the Fifth Generation Mobile
Communications Promotion Forum (5GMF) in
Japan
Akira Matsunaga
KDDI Corporation, Japan
This document addresses activities of 5GMF (The Fifth
Generation Mobile Communications Promotion Forum)
in Japan, including roadmap, potential applications, specWUXPLPSOLFDWLRQVDQG*LQWHJUDWHGYHUL¾FDWLRQWULDO
15:45-16:00 MB1-5
&EDQG6SDQQLQJ)UHTXHQF\&RPE%DVHGRQDQ
Output Phase Stabilized Mode-locked Laser
Mark Pelusi(1), Hung Nguyen Tan(2),
Karen Solis-Trapala(2), Takashi Inoue(2), Shu Namiki(2)
(1)
Univ. of Sydney, Australia, (2)National Institute of
Advanced Industrial Science and Technology (AIST),
Japan
$ &EDQG VSDQQLQJ RSWLFDO IUHTXHQF\ FRPE LV JHQHUDWHGIURPDQDFWLYHO\PRGHORFNHG¾EHUODVHUXVLQJFURVV
SKDVHPRGXODWLRQLQKLJKO\QRQOLQHDU¾EHUEHIRUHEURDGening in a 2nd stage. Comb-lines modulated with 96 Gb/s
'34$0DFKLHYHELWHUURUUDWHVî-3.
36
Monday, July 4
Room D
Room E
Room F
MD1
14:30-15:30
High Speed VCSEL Links
ME1
14:30-16:00
Si photonics Circuits
MF1
14:30-16:00
Photonic Signal Processing (I)
Presider: Silvia Spiga (Walter Schottky Institute, Germany)
Presider: Takashi Goh (NTT Device Technology Laboratories, Japan)
Presider: Tsuyoshi Konishi (Osaka Univ., Japan)
0'7XWRULDO
High Speed VCSEL-based Links for Use in Data
Centers and HPC
Daniel M. Kuchta
IBM, USA
14:30-15:00 ME1-1 (Invited)
5HFRQÀJXUDEOH2SWLFDO5RXWHUVDQG%XIIHUV%XLOW
on the Silicon-on-insulator Platform
Linjie Zhou, Liangjun Lu, Shuoyi Zhao, Xinyi Wang,
Jianping Chen
Shanghai Jiao Tong Univ., China
We report our recent progress on large-scale integrated silicon optical routers and buffers. The optical routHU LV PDGH RI D î VZLWFK IDEULF ZLWK ORZ ORVV DQG
loss crosstalk. The optical buffer can provide nanosecond-range continuous delay tuning.
14:30-15:00 MF1-1 (Invited)
7LPH)UHTXHQF\3KRWRQLF6LJQDO3URFHVVLQJ
G. Cincotti(1), T. Konishi(2), T. Murakawa(2), T. Nagashima(2),
S. Shimizu(3), M. Hasegawa(2), K. Hattori(4), M. Okuno(4),
S. Mino(4), A. Himeno(4), N. Wada(3), H. Uenohara(5)
(1)
Univ. Roma Tre, Italy, (2)Osaka Univ., Japan, (3)NICT,
Japan, (4)NTT Electronics Co., Ltd., Japan, (5)Tokyo
Institute of Technology, Japan
:H GHPRQVWUDWH DQ XOWLPDWH ¿H[LEOH DSSURDFK IRU VLPXOWDQHRXV 2)'0 DQG 127'0 WUDQVPLVVLRQ XVLQJ
LQWHUPHGLDWHJULGVEHWZHHQWLPHDQGIUHTXHQF\D[HV:H
achieve open eye diagrams, and performance below the
)(&OLPLWLQNP¾HOGWULDO
15:00-15:15 ME1-2
3RODUL]DWLRQ,QGHSHQGHQW&%DQG7XQDEOH)LOWHU
%DVHGRQ&DVFDGHG6L:LUH$V\PPHWULF0DFK
Zehnder Interferometer
Keijiro Suzuki(1), Ken Tanizawa(1), Satoshi Suda(1),
Hiroyuki Matsuura(1), Kazuhiro Ikeda(1), Yojiro Mori(2),
Ken-ichi Sato(1,2), Shu Namiki(1), Hitoshi Kawashima(1)
(1)
National Institute of Advanced Industrial Science and
Technology (AIST), Japan, (2)Nagoya Univ., Japan
We fabricated and characterized a polarization-indepenGHQWWXQDEOHEDQGSDVV¾OWHUFRPSRVHGRIDIRXUVWDJH
6LZLUH DV\PPHWULF 0DFK=HKQGHU LQWHUIHURPHWHU 7KH
¾OWHUH[KLELWHGIXOOWXQDELOLW\LQWKH&EDQGQPEDQGZLGWKDQGG%RQFKLSORVV
15:00-15:15 MF1-2
$OO2SWLFDO1\TXLVW:'0WR1\TXLVW27'0
Conversion for Flexible Optical Networks
Satoshi Shimizu(1), Gabriella Cincotti(2), Naoya Wada(1)
(1)
National Institute of Information and Communications
Technology, Japan, (2)Univ. Roma Tre, Italy
îDQGî*EDXG1\TXLVW:'0VLJQDOVDUHVXFFHVVIXOO\FRQYHUWHGWRDQG*EDXG1\TXLVW27'0
signals, respectively. The converted signals showed clear
V\PEROVHSDUDWLRQLQFRQVWHOODWLRQDQGWKH2615SHQDOW\
ZDVDURXQGG%
15:15-15:30 ME1-3
)XQGDPHQWDO2SHUDWLRQRID3KDVHG$UUD\6ZLWFK
XVLQJ)HUURHOHFWULF/LTXLG&U\VWDO&ODGGLQJV
W. Kanakubo, K. Nakatsuhara, M. Takeda
Kanagawa Institute of Technology, Japan
$ 6LSKDVHG DUUD\ ZDYHJXLGH ZLWK IHUURHOHFWULF OLTXLG
FU\VWDOFODGGLQJVZDVSURSRVHGDQGIDEULFDWHG6ZLWFKLQJ
operation of the fabricated device was demonstrated for
WKH¾UVWWLPH
15:30-16:00 ME1-4 (Invited)
&RQWURO&RQÀJXUDWLRQDQG6WDELOL]DWLRQRI3KRWRQLF
Integrated Circuits
Andrea Melloni, Andrea Annoni, Stefano Grillanda,
Daniele Melati, Francesco Morichetti
Politecnico di Milano, Italy
5HFHQWUHVXOWVRQWRROVDQGVWUDWHJLHVWRPDQDJHFRPSOH[
PICs to reliably set, hold, control and steer the desired
working point through feedback-controlled algorithms
DUH SUHVHQWHG ([DPSOHV RI 3,&V FRQWUROOHG HPSOR\LQJ
different strategies are shown.
15:15-15:30 MF1-3
Optical Serial-to-Parallel Conversion based on
Fractional OFDM scheme
M. Hiraoka(1), T. Nagashima(1), B. Karanov(1),
G. Cincotti(2), S. Shimizu(3), T. Murakawa(1),
M. Hasegawa(1), K. Hattori(4), M. Okuno(4), S. Mino(4),
A. Himeno(4), N. Wada(3), H. Uenohara(5), T. Konishi(1)
(1)
Osaka Univ., Japan, (2)Univ. Roma Tre, Italy, (3)NICT,
Japan, (4)NTT Electronics Co. Ltd., Japan, (5)Tokyo
Institute of Technology, Japan
:H KDYH SURSRVHG D )U2)'0 EDVHG VHULDOWRSDUDOOHO
FRQYHUVLRQVFKHPHDQGH[SHULPHQWDOO\YHUL¾HGWKHSUHOLPLQDU\RSHUDWLRQXVLQJD*+]VHULDOVLJQDO7KHH[perimental results show that a serial data is successfully
received in parallel.
15:30-15:45 MF1-4
Modulation Format Conversion from QPSK to
4$08VLQJ'HOD\/LQH,QWHUIHURPHWHUDQG
Spectral Shaping Filter
Kazuya Mori, Hiroki Kishikawa, Nobuo Goto
Tokushima Univ., Japan
We propose an all-optical modulation format conversion
IURP436.WR4$0EDVHGRQWKHFRKHUHQWVXSHUSRVLWLRQXVLQJDGHOD\OLQHLQWHUIHURPHWHU%(5SHUIRUPDQFHLV
DVVHVVHGQXPHULFDOO\E\VLJQDOSRZHU2615DQGVLJQDO
linewidth as parameters.
15:45-16:00 MF1-5
7LPHIUHTXHQF\3DFNHG9&6(/%DVHG,0''
7UDQVPLVVLRQIRU:'0$FFHVV1HWZRUNV
Antonio Malacarne(1), Francesco Fresi(2),
Gianluca Meloni(2), Tommaso Foggi(2), Luca Potì(2)
(1)
Scuola Superiore Sant'Anna, Italy, (2)CNIT, Italy
$FRPPHUFLDO*QP9&6(/LVHPSOR\HGIRUZDYHlength- and polarization-independent 14Gb/s optical
WUDQVPLVVLRQXSWRNPRI60)WKDQNVWRWKHWLPHIUHTXHQF\SDFNLQJWHFKQLTXHWKDWLVIRUWKH¾UVWWLPHHPSOR\HGLQDQ,0''V\VWHP
37
Monday, July 4
Room A
Room B
Room C
S1
16:30-18:00
Optical access/core network evolution
toward wireless 5G network era
MB2
16:30-18:00
(PHUJLQJ7HFKQRORJLHV
MC2
16:30-18:00
6SDWLDO0RGH$QDO\VLV
Presiders: Naoto Yoshimoto (Chitose Institute of Science and Technology, Japan)
Jie Zhang (Beijing Univ. of Posts and Telecommunications, China)
Sangsoo Lee (Optella Inc., Korea)
Andrew Lord (British Telecom, UK)
Presider: Katsumi Takano (Yamagata Univ., Japan)
Presider: Tetsuya Hayashi (Sumitomo Electric Industries, Ltd., Japan)
16:30-17:00 MB2-1 (Invited)
Nonlinear Fiber-Optic Communications Using
1RQOLQHDU)UHTXHQF\'LYLVLRQ0XOWLSOH[LQJ
Alan Pak Tao Lau, ZhenHua Dong, Tao Gui,
Xuebing Zhang, Chao Lu, P.K.A. Wai
The Hong Kong Polytechnic Univ., Hong Kong
1RQOLQHDU )UHTXHQF\ 'LYLVLRQ 0XOWLSOH[LQJ 1)'0
based on Nonlinear Fourier Transform (NFT) recently
gains attraction as a new communication strategy for
nonlinear optical communications. In this paper, we review recent developments and discuss key challenges in
1)'0UHVHDUFK
16:30-16:45 MC2-1
'\QDPLF6NHZ0HDVXUHPHQWVLQDQGFRUH
Multi Core Fibers
G. M. Saridis(1,2), B. J. Puttnam(1), R. S. Luís(1),
W. Klaus(1), Y. Awaji(1), G. Zervas(2), D. Simeonidou(2),
N. Wada(1)
(1)
National Institute of Information and Communications
Technology (NICT), Japan, (2)Univ. of Bristol, UK
We report simultaneous dynamic inter-core skew measurements between 7 cores of several homogeneous
MCFs. The largest variation was 4.33 picoseconds for
NP VSDQ ZLWK GLPLQLVKLQJ LQ¿XHQFH RI PHFKDQLFDO
vibrations, temperature, core-layout and wavelength
observed.
16:30-17:00 S1-4 (Invited)
+LJK&DSDFLW\0RELOH)URQWKDXODQG%DFNKDXO
Network Research in Korea
Seungjoo Hong, Sungmin Cho
SK telecom, Republic of Korea
7KLVSDSHUGHVFULEHV6.WHOHFRP¶VPRELOHIURQWKDXOVROXWLRQIRU*/7(QHWZRUN,WDOVRGHVFULEHVQH[WJHQHUDWLRQ
mobile fronthaul and backhaul solution based on colorOHVVPXOWLVXEFKDQQHO&:'0WHFKQRORJ\IRUEH\RQG*
and 5G mobile network.
17:00-17:15 S1-5 (Invited)
Convergence of Photonics and Electronics for
7HUDKHUW]:LUHOHVV&RPPXQLFDWLRQV²WKH,71
&(/7$3URMHFW
Idelfonso Tafur Monroy
Technical Univ. of Denmark, Denmark, ITMO Univ.,
Russia
7HUDKHUW] ZLUHOHVV FRPPXQLFDWLRQV LV H[SHFWHG WR RIIHU
the required high capacity and low latency performance
required from short-range wireless access and control
applications. We present an overview of some the activities in this area in the newly started H2020 ITN project
&(/7$FRQYHUJHQFHRIHOHFWURQLFVDQGSKRWRQLFVWHFKQROogies enabling Terahertz applications.
17:15-17:30 S1-6 (Invited)
Fiber-Wireless Fronthaul: the Last Frontier
Gee-Kung Chang, Lin Cheng
Georgia Institute of Technology, USA
We study and evaluate a centralized mobile fronthaul architecture supporting multiple wireless access structures
EDVHG RQ ¾EHUZLUHOHVV WHFKQRORJLHV WR LPSURYH DFFHVV
HI¾FLHQF\DQGUHVRXUFHVKDULQJIRUXELTXLWRXVKHWHURJHneous coverage in future radio access networks.
17:30-17:45 S1-7 (Invited)
2SWLFDO$FFHVV1HWZRUN7HFKQRORJ\IRU*
Wireless Front/Backhaul Network
Jun Terada, Tatsuya Shimada, Tatsuya Shimizu,
Akihiro Otaka
NTT Corporation, Japan
This paper describes trends in 5G mobile networks and
5$1 WHFKQRORJLHV &ORXG 5$1 ZKLFK XVHV VZLWFKHV WR
HQDEOH¿H[LEOH0)+QHWZRUNLQJDQGWZRSURPLVLQJFDQGLGDWHVRI0)+LQ&ORXG5$1DUHGLVFXVVHG
17:45-18:00 S1-8 (Invited)
&RVW(IIHFWLYH2SWLFDO7UDQVPLWWHUVIRU1H[W
Generation Mobile Fronthaul Networks
B. G. Kim, Hoon Kim, Y. Chung
KAIST, Republic of Korea
We report on the use of cost-effective optical transmitters
such as vertical-cavity surface emitting lasers and directO\ PRGXODWHG ODVHUV IRU UDGLRRYHU¾EHUEDVHG PRELOH
fronthaul networks. Technical challenges associated with
those optical transmitters are presented.
17:00-17:15 MB2-2
*EDXG436.6LJQDO6LPXOWDQHRXV7UDQVPLVVLRQ
LQWKH7DQG&EDQGVIRU8OWUD%URDGEDQG3KRWRQLF
7UDQVSRUW6\VWHP
Akihiro Murano(1), Shoko Yamada(1), Atsushi Kanno(2),
Naokatsu Yamamoto(2), Hideyuki Sotobayashi(1)
(1)
Aoyama Gakuin Univ., Japan, (2)National Institute of
Information and Communications Technology (NICT), Japan
:HVXFFHVVIXOO\GHPRQVWUDWH*EDXG436.VLPXOWDQHRXVWUDQVPLVVLRQLQWKH7DQG&EDQGV2EVHUYHGELWHUURU
UDWHVDUHZLWKLQDIRUZDUGHUURUFRUUHFWLRQOLPLWRIî-3
XQGHUKRPRG\QHFRKHUHQWGHWHFWLRQFRQ¾JXUDWLRQ
17:15-17:30 MB2-3
Subcarrier Polarization Manipulation Using
Orthogonal Dual Phase-Modulation in Fiber
Tomoyuki Kato(1), Takahito Tanimura(1),
Takeshi Hoshida(1), Thomas Richter(2),
Robert Elschner(2), Carsten Schmidt-Langhorst(2),
Colja Schubert(2), Shigeki Watanabe(1)
(1)
Fujitsu Laboratories Ltd., Japan, (2)Fraunhofer
Heinrich Hertz Institute, Germany
We propose and demonstrate a subcarrier polarization
manipulation using two orthogonally polarized local subFDUULHUVLJQDOV3RODUL]DWLRQDQJOHRID*EV436.VXEcarrier is arbitrary controlled between orthogonal states
without affecting 25-GHz spaced adjacent subcarriers.
17:30-17:45 MB2-4
Cascaded All-Optical Sub-Channel Add/Drop
0XOWLSOH[LQJIURPD7EV6XSHU&KDQQHO+DYLQJ
2-GHz Guard-Bands
M. Song(1), E. Pincemin(1), B. Baeuerle(2), A. Josten(2),
D. Hillerkuss(2), J. Leuthold(2), R. Rudnick(3),
D. M. Marom(3), S. Ben-Ezra(4), J. F. Ferran(5),
S. Sygletos(6), A. Ellis(6), J. Zhao(7), G. Thouenon(1),
C. Betoule(1), J.M. Rivas(8), D. Klonidis(8), I. Tomkos(8)
(1)
Orange Labs Networks, France, (2)ETH Zurich,
Switzerland, (3)Hebrew Univ., Israel, (4)Finisar Ltd., Israel,
(5)
W-Onesys, Spain, (6)Aston Univ., UK, (7)Univ. College
Cork, Ireland, (8)Athens Information Technology, Greece
We demonstrate cascaded 100-Gb/s sub-channel add/
GURS IURP D 7EV PXOWLEDQG 2)'0 VXSHUFKDQQHO
having 2-GHz inter-sub-channel guard-bands withLQ D UHFLUFXODWLQJ ORRS YLD D KLHUDUFKLFDO 52$'0 XVLQJ
KLJKUHVROXWLRQ¾OWHUVVKRZFDVLQJNPWUDQVPLVVLRQ
UHDFKDQG¾YH52$'0QRGHSDVVDJHVIRUWKHDGGGURS
VXEFKDQQHOZKHQK\EULG5DPDQ(')$LVLPSOHPHQWHG
17:45-18:00 MB2-5
1024 QAM, 7-core Fiber/Multi-core EDFA
7UDQVPLVVLRQRYHUNPZLWKDQ$JJUHJDWHG
6SHFWUDO(IÀFLHQF\RIELWV+]
Masato Yoshida, Keisuke Kasai, Toshihiko Hirooka,
Masataka Nakazawa
Tohoku Univ., Japan
:HUHSRUWWKH¾UVW4$0FRUH¾EHU*ELWV[
WUDQVPLVVLRQRYHUNP7KHVSHFWUDOHI¾FLHQF\SHUFRUH
reached 15.6 bit/s/Hz, which corresponds to an aggreJDWHVSHFWUDOHI¾FLHQF\DVKLJKDVELWV+]
38
16:45-17:00 MC2-2
,PSXOVH5HVSRQVH$QDO\VLVRI$LUKROH$GGHG
Coupled Six-core Fibers
Yasuyuki Chida, Takeshi Fujisawa, Kunimasa Saitoh
Hokkaido Univ., Japan
,PSXOVHUHVSRQVHRIFRXSOHGVL[FRUH¾EHUVLVDQDO\]HG
EDVHGRQQRQOLQHDU6FKU|GLQJHUHTXDWLRQVKRZLQJJRRG
agreement between theory and reported measured results. It is shown that air-hole added structure reduced
the group delay spread further.
17:00-17:30 MC2-3 (Invited)
+LJK6SDWLDO'HQVLW\)HZPRGH0XOWLFRUH)LEHU
ZLWK/RZ'LIIHUHQWLDO0RGH'HOD\&KDUDFWHULVWLFV
Taiji Sakamoto(1), Takashi Matsui(1), Kunimasa Saitoh(2),
Shota Saitoh(3), Katsuhiro Takenaga(3), Shoichiro Matsuo(3),
Yuki Tobita(2), Nobutomo Hanzawa(1), Kazuhide Nakajima(1),
Fumihiko Yamamoto(1)
(1)
Nippon Telegraph and Telephone Corporation, Japan,
(2)
Hokkaido Univ., Japan, (3)Fujikura Ltd., Japan
,QWHUFRUHFURVVWDONVXSSUHVVHG/3PRGHFRUH¾EHU
with the highest relative core multiplicity factor is realized using a feasible cladding diameter. We obtain low
differential mode delay characteristics by optimizing the
WUHQFKDVVLVWHGJUDGHGLQGH[FRUHSUR¾OH
17:30-17:45 MC2-4
Ultrafast Complex Impulse Response Measurement
RI0RGH)LEHUVE\8VLQJ/LQHDU2SWLFDO6DPSOLQJ
Naoto Kono(1), Fumihiko Ito(1), Ryo Maruyama(2),
Nobuo Kuwaki(2)
(1)
Shimane Univ., Japan, (2)Fujikura Ltd., Japan
&RPSOH[LPSXOVHUHVSRQVHVRIPRGHRSWLFDO¾EHUVDUH
observed by linear optical sampling oscilloscope with 12
ps resolution, where two independent and highly coherent passive mode-locked lasers are used for probe and
local beams.
17:45-18:00 MC2-5
30'0HDVXUHPHQWVRI7ZR0RGH)LEHUV8VLQJ
0RGH&RXSOHU%DVHGRQ)L[HG$QDO\]HU7HFKQLTXH
Shota Igarashi(1), Masaharu Ohashi(1), Yuji Miyoshi(1),
Hirokazu Kubota(1), Taiji Sakamoto(2), Takashi Matsui(2),
Kazuhide Nakajima(2)
(1)
Osaka Prefecture Univ., Japan, (2)NTT Access
Network Service Systems Laboratories, Japan
:HSURSRVH30'PHDVXUHPHQWVRIWKH/311 mode in twoPRGH¾EHUVXVLQJPRGHFRXSOHUEDVHGRQWKH¾[HGDQDO\]HUWHFKQLTXH)RUWKH¾UVWWLPHZHKDYHVXFFHVVIXOO\
PHDVXUHGWKH30'YDOXHVRIWKH/311 mode.
Monday, July 4
Room D
Room E
Room F
MD2
16:30-18:00
VCSEL
ME2
16:30-18:00
Switching Devices
MF2
16:30-18:00
Photonic Signal Processing (II)
Presider: Hiroshi Aruga (Mitsubisi Electric Corporation, Japan)
Presider: Hiroyuki Tsuda (KEIO Univ., Japan)
Presider: M. Ashkan Seyedi (Hewlett Packard Labs, USA)
16:30-17:00 MD2-1 (Invited)
+LJK6SHHG0RGXODWLRQRI7UDQVYHUVH&RXSOHG
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Fumio Koyama
Tokyo Institute of Technology, Japan
We review the bandwidth-enhancement of transYHUVHFRXSOHGFDYLW\ 9&6(/V ZLWK DQ HQJLQHHUHG R[LGH
aperture. The noticeable modulation-bandwidth enKDQFHPHQW FDQ EH H[KLELWHG RZLQJ WR ³SKRWRQSKRWRQ
UHVRQDQFHHIIHFW´$OVRWKHVDPHVWUXFWXUHFDQEHXVHG
IRUPRGXODWRU9&6(/LQWHJUDWLRQV
16:30-17:00 ME2-1 (Invited)
Large-Scale Silicon Photonic Switches
Ming C. Wu(1), Tae Joon Seok(1), Sangyoon Han(1),
Niels Quack(2)
(1)
Univ. of California, USA, (2)Ecole Polytechnique
Fédérale de Lausanne (EPFL), Switzerland
/DUJHVFDOH [ DQG [ LQWHJUDWHG SKRWRQic switches have been realized by combining silicon
SKRWRQLFV ZLWK HI¾FLHQW PLFURHOHFWURPHFKDQLFDOV\VWHP 0(06 VZLWFKLQJ PHFKDQLVPV /RZ RQFKLS ORVV
G%SRUWDQGVXEPLFURVHFRQGVZLWFKLQJWLPHKDYH
been achieved.
16:30-17:00 MF2-1 (Invited)
Elastic WDM Switching for Scalable Data Center
and HPC Interconnect Networks
Adel A. M. Saleh, Akhilesh S. P. Khope,
John E. Bowers, Rod C. Alferness
Univ. of California, USA
$QHODVWLF:'0VZLWFKVXLWDEOHIRUVLOLFRQSKRWRQLFLQtegration, was recently proposed by the authors. Here,
we summarize its characteristics, and show how it can
enhance the scalability and performance of data centers
and HPCs.
17:00-17:15 MD2-2
26$PRGXOHZLWKï0LQL07DQGo Fiber Mirrors
for 48 Gb/s Optical Link
Feng-Cheng Hsu(1), Tsu-Shiu Wu(1), Fang-Zeng Lin(1),
Dung-Chin Yang(2), Chun-Yen Peng(2), Ann-Kuo Chu(2)
(1)
LinkWell Opto-electronics Corporation, Taiwan, (2)
National Sun Yat-sen Univ., Taiwan
26$ ZLWK î PLQL 07 DQG ž ¾EHU PLUURUV ZDV SURSRVHG7KHWRWDORSWLFDOORVVIURP9&6(/WR3'LVOHVVWKDQ
G% 7KH H\H GLDJUDPV RI WKH 26$ PRGXOHV DW *EV
were demonstrated.
17:00-17:15 ME2-2
:DYHIURQW7UDQVPLVVLRQIRU5HPRWH2SWLFDO%HDP
Forming
Mitsumasa Nakajima, Junji Sakamoto,
Keita Yamaguchi, Kenya Suzuki, Toshikazu Hashimoto
NTT Corporation, Japan
$ZDYHIURQWWUDQVPLVVLRQWHFKQLTXHLVSURSRVHGIRUUHPRWHRSWLFDOEHDPIRUPLQJ$VDGHPRQVWUDWLRQDVSDtially encoded optical wavefront was transmitted using a
VHYHQFRUH¾EHUWRIRUPWKHRXWSXWEHDPIURPDZDYHguide-based phased array.
17:00-17:30 MF2-2 (Invited)
Programmable Optical Processors for Signal
Processing and Monitoring
Simon B. Poole, Patrick Blown, Qing Li, Ralf Stolte,
Ian Clarke
Finisar Australia, Australia
Recent developments in programmable optical signal
processing and monitoring are reviewed with emphasis
on non-telecom applications including laser pulse shaping and intra-data-center switching.
17:15-17:30 MD2-3
Fabrication of HCG MEMS VCSELs for Athermal
Operations
Shunya Inoue, Masanori Nakahama, Akihiro Matsutani,
Takahiro Sakaguchi, Fumio Koyama
Tokyo Institute of Technology, Japan
:H IDEULFDWHG +&*0(069&6(/V ZLWK D WKHUPDOO\ DFtuated membrane mirror. The HCG mirror is actuated by
D ELPRUSK EHDP WKDQNV WR GLIIHUHQW WKHUPDO H[SDQVLRQ
FRHI¾FLHQWV 7KH ZDYHOHQJWK VKRZV WKHUPDO EOXHVKLIW
H[KLELWLQJDSRVVLELOLW\RIDWKHUPDORSHUDWLRQV
17:15-17:30 ME2-3
Stacked Wavelength Selective Switch Design for
Low-cost CDC ROADMs
Haining Yang(1), Brian Robertson(1), Peter Wilkinson(1,2),
Daping Chu(1,2)
(1)
Roadmap Systems Ltd, UK, (2)Univ. of Cambridge, UK
$ KLJKO\ ¿H[LEOH VWDFNHG VZLWFK PRGXOH LV SURSRVHG
ZKHUHLQGHSHQGHQW¿H[VSHFWUXPî:66VFDQEH
UHDOLVHGRQDVLQJOHN/&26GHYLFH7KLVGHVLJQFDQKDQGOHDOOWKHVZLWFKLQJRSHUDWLRQVZLWKLQD&'&52$'0
17:30-17:45 MD2-4
9&6(/,QWHJUDWHG%UDJJ5HÁHFWRU:DYHJXLGH
$PSOLÀHUZLWK6LQJOHPRGH2XWSXW3RZHURYHU
mW
Xiaodong Gu, Masanori Nakahama, Akihiro Matsutani,
Fumio Koyama
Tokyo Institute of Technology, Japan
We present the designing, fabrication and device characteristics of a vertical-cavity surface-emitting laser-inWHJUDWHG %UDJJ UH¿HFWRU ZDYHJXLGH DPSOL¾HU $ VLQgle-mode output over 10 mW is obtained by only 500
µm-long slow-light propagation and radiation.
17:30-17:45 ME2-4
)LUVW'HPRQVWUDWLRQRI'\QDPLF0RGH6ZLWFKLQJ
E\8VLQJ2SWLFDO0RGH6ZLWFK
Ryan Imansyah, Luke Himbele, Shota Oe,
Haisong Jiang, Kiichi Hamamoto
Kyushu Univ., Japan
'\QDPLFPRGHVZLWFKLQJLVGHPRQVWUDWHGE\XVLQJRSWLcal mode switch. The switch utilizes phase shift based-on
current injection. Less than 60 ns switching-time for the
ERWKWKWRVWDQGVWWRWKZDVFRQ¾UPHGIRUWKH¾UVW
time.
17:30-17:45 MF2-3
Pattern-Independent Wavelength Conversion of
PAM Signals in SOAs
Ryosuke Matsumoto(1), Giampiero Contestabile(2),
Yuki Yoshida(1), Akihiro Maruta(1), Ken-ichi Kitayama(1)
(1)
Osaka Univ., Japan, (2)TeCIP Institute, Italy
We propose a scheme for pattern-free wavelength-conYHUVLRQRI3$0VLJQDOVLQ62$V%\H[SORLWLQJFRSURSDJDWLRQRIWZRFRPSOHPHQWDU\3$0VLJQDOVLQDVDWXUDWHG62$WKHSURSRVHGVFKHPHLQVLPXODWLRQVDFKLHYHV
G%2615LPSURYHPHQWZLWKUHVSHFWRI;*0
17:45-18:00 MD2-5
High Power Non-mechanical Beam Scanner based
RQ9&6(/$PSOLÀHU
Masanori Nakahama, Xiaodong Gu, Akihiro Matsutani,
Takahiro Sakaguchi, Fumio Koyama
Tokyo Institute of Technology, Japan
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beam steering of 25° and beam divergence below 1.1°.
The output power reaches at 260 mW under pulsed operation.
17:45-18:00 ME2-5
8OWUDIDVW6XSHUUHVROXWLRQ,PDJLQJE\7LPHVWUHWFK
Structured Illumination
Yuxi Wang, Qiang Guo, Hongwei Chen, Minghua Chen,
Sigang Yang
Tsinghua Univ., China
$QHZVWUDWHJ\WRJHQHUDWHLOOXPLQDWLQJSDWWHUQIRUVWUXFtured illumination microscopy based on the method of
optical pulse laser time-stretch open up the possibilities
to conduct ultra-fast (50MHz pattern generation rate) super-resolution imaging.
17:45-18:00 MF2-4
Experimental Demonstration of All-Optical FEC
Coding Scheme with Convolutional Code
Yohei Aikawa, Hiroyuki Uenohara
Tokyo Institute of Technology, Japan
:H H[SHULPHQWDOO\ GHPRQVWUDWH DOORSWLFDO )(& FRGLQJ
VFKHPHFRQVLVWLQJRIDQDOORSWLFDO+1/)EDVHG;25JDWH
with convolutional code. The proposed scheme offers 3.4
G% QHW FRGLQJ JDLQ DW %(5 -9 ZLWK '36.PRGXODWHG
5=IRUPDWVLJQDOVDW*ESV
39
Tuesday, July 5
Room A
Room B
Room C
7X$ Core Networks
7X% Advanced Modulation and Multiplexing
6
Presider: Jie Zhang (Beijing Univ. of Posts and Telecommunications, China)
Presider: Ronald Freund (Fraunhofer HHI, Germany)
7X$
6SHFWUDO(IÀFLHQW*URXSHG5RXWLQJ1HWZRUNWKDW
$SSOLHV'\QDPLF2SWLFDO3DWK*URRPLQJ
Yuki Terada, Yojiro Mori, Hiroshi Hasegawa,
Ken-ichi Sato
Nagoya Univ., Japan
We present a novel dynamic optical path control algoULWKPIRU*URXSHG5RXWLQJWKDWFDQJUHDWO\HQKDQFH¾EHU
frequency utilization. Careful grooming is shown to effectively mitigate the routing penalty even with dynamic
optical path control.
7X%,QYLWHG
Multidimensional Modulation Formats for Optical
Communication
Magnus Karlsson
Chalmers Univ. of Technology, Sweden
We review the research on multidimensional modulation
IRUPDWV IRU FRKHUHQW RSWLFDO WUDQVPLVVLRQ V\VWHPV ([amples of lattice-based formats in 4 and 8 dimensions
are given, and a number of performance metrics are
discussed.
Presiders: Shoichro Matsuo (Fujikura Ltd., Japan)
Takashi Matsui (NTT Access Network
Service Systems Laboratories, Japan)
7X$
)LHOG7ULDORI9LUWXDO7UDQVSRUW1HWZRUN6HUYLFHV
Based on Hierarchical Control over Multi-Domain
2711HWZRUNV
Ruiquan Jing(1), Chengliang Zhang(1), Junjie Li(1),
Yiran Ma(1), Qian Hu(1), Xiaoli Huo(1), Yongli Zhao(2),
Jiayu Wang(3), Baoquan Rao(4), Chen Qiu(5)
(1)
China Telecom Beijing Research Institute, China, (2)
Beijing Univ. of Posts and Telecommunications, China,
(3)
ZTE, China, (4)Huawei, China, (5)Fiberhome, China
%R'DQG976DSSOLFDWLRQVZHUHGHYHORSHGEDVHGRQWKH
KLHUDUFKLFDO6'21DUFKLWHFWXUH2SHQ)ORZZDVH[WHQGHG
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EHHQYHUL¾HGLQ¾HOGWULDOQHWZRUN
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Optical Networks with Adaptive Modulation
Takafumi Tanaka, Tetsuro Inui, Wataru Imajuku
NTT Network Innovation Laboratories, Japan
:H SURSRVH D QRYHO VWDWLF WUDI¾F JURRPLQJ DOJRULWKP
for elastic optical networks, which are aware of multiple
PRGXODWLRQ IRUPDWV (YDOXDWLRQ VKRZHG WKH DOJRULWKP
VLJQL¾FDQWO\VDYHVRSWLFDOSDWKVFRPSDUHGWRRWKHUDOJRrithms in various network conditions.
7X$
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Development of Flexible Waveband Routing OXCs
Tomohiro Ishikawa(1), Masaki Niwa(1),
Koh Ueda(1), Yojiro Mori(1), Hiroshi Hasegawa(1),
Suresh Subramaniam(2), Ken-ichi Sato(1),
Osamu Moriwaki(3)
(1)
Nagoya Univ., Japan, (2)George Washington Univ.,
USA, (3) NTT Device Innovation Center, Japan
+DUGZDUH VFDOH DQDO\VLV VKRZV WKDW ¿H[LEOH ZDYHEDQG
URXWLQJ 2;&V FDQ VXEVWDQWLDOO\ UHGXFH WKH QXPEHUV RI
:66V DQG (')$V 7UDQVPLVVLRQ H[SHULPHQWV RQ GHYHORSHGSURWRW\SHWKDWDGRSWVPRQROLWKLFDUUD\HG'&W\SH
PDWUL[VZLWFKHVYHULI\WKHLUWHFKQLFDOIHDVLELOLW\
7X$,QYLWHG
6FDODEOHDQG'\QDPLF2SWLFDO1HWZRUN$UFKLWHFWXUH
Vincent W. S. Chan
MIT EECS, USA
Future optical networks will integrate multi-layer functions, in a fast adapting infrastructure. When the data
and control dynamics speed-up by 4 orders as projected,
the entire network architecture must be redesigned to be
scalable.
7X%
2SWLPL]DWLRQRI1HWZRUNV&DUU\LQJ6XSHU&KDQQHOV
with Different Modulation Formats for Maximum
6SHFWUDO(IÀFLHQF\DQG5HDFK
Olga Vassilieva(1),
Tomohiro Yamauchi(2), Shoichiro Oda(2),
Inwoong Kim(1), Motoyoshi Sekiya(2), Takeshi Hoshida(2),
Yasuhiko Aoki(2), Jens C. Rasmussen(2),
Tadashi Ikeuchi(1)
(1)
Fujitsu Laboratories of America, Inc., USA, (2)Fujitsu
Laboratories Ltd., Japan
2SWLPL]DWLRQ RI RSWLFDO QHWZRUN FDUU\LQJ PL[ RI 7EV
VF'34$0 DQG *EV VF'3436. VXSHUFKDQnels reveals that subcarrier power pre-emphasis together
ZLWK *+] JXDUG EDQG FDQ PD[LPL]H FDSDFLW\UHDFK
performance of each superchannel, while guard band
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7X%
2SWLPXP&DSDFLW\8WLOL]DWLRQLQ6SDFH'LYLVLRQ
0XOWLSOH[HG7UDQVPLVVLRQ6\VWHPVZLWK)HZ0RGH
Fibers
Georg Rademacher, Klaus Petermann
Technische Univ. Berlin, Germany
)RUPD[LPXPFDSDFLW\XWLOL]DWLRQDOOVSDWLDOFKDQQHOVLQ
VSDFHGLYLVLRQPXOWLSOH[HG V\VWHPV DUH GHVLUHG WR SHUform equally. We present a power-optimizing strategy
IRUDWKUHHPRGH¾EHUHQDEOLQJPD[LPXPSHUIRUPDQFH
when including intra- and intermodal nonlinear transmission effects.
7X%,QYLWHG
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Han Sun
,Q¿QHUD&DQDGD&DQDGD
$ QXPEHU RI NQRZQ IRXU GLPHQVLRQDO PRGXODWLRQ IRUPDWV DW ELWV SHU V\PERO VSHFWUDO HI¾FLHQF\ DUH
FRPSDUHGDJDLQVWDK\EULGPL[WXUHRIFRQYHQWLRQDOPRGXODWLRQVKDYLQJWKHVDPHQHWVSHFWUDOHI¾FLHQF\
40
&RPPHPRUDWLYHV\PSRVLXPRQ,(((0LOHVWRQHIRU9DSRU
phase Axial Deposition Method
Optical Fiber: the beginning and perspectives toward future
6,QYLWHG
(DUO\'D\VRI9$'0HWKRG
Tatsuo Izawa
Chitose Institute of Science and Technology, Japan
(DUO\ KLVWRU\ RI WKH GHYHORSPHQW RI 9$' PHWKRG IRU
PDVVSURGXFWLRQRIRSWLFDO¾EHUVIRUWHOHFRPPXQLFDWLRQV
LVSUHVHQWHG7RGD\PRUHWKDQPLOLRQNP¾EHUVDUH
PDGHLQWKHZRUOGHYHU\\HDUDQGRIWKH¾EHUVDUH
PDGHE\9$'PHWKRG7KHUHZHUHPDQ\GLI¾FXOWLHVLQWKH
development of the method, the biggest hurdle was the
consolidation process, and it was solved by the introduction of helium gas in zone-heating furnace.
6,QYLWHG
)LEHUDQG)LEHU%DVHG7HFKQRORJ\DIWHU9$'
Development
&RQWULEXWLRQWR7UDQVRFHDQLF6XEPDULQH
Networks Hiroo Kanamori
Sumitomo Electric Industries, Ltd., Japan
7KHGHYHORSPHQWRI9$'RSWLFDO¾EHUVIRUWUDQVRFHDQLF
submarine cable networks, from standard single-mode
¾EHUVIRU73&LQWRXOWUDORZORVV¾EHUVZLWKODUJH
mode area for the latest digital coherent systems, is reviewed.
10:00-10:15 S4-3 (Invited)
Development of Optical Fibers for Long-haul
7UDQVPLVVLRQ
Haruki Ogoshi
Furukawa Electric Co., Ltd., Japan
$IWHUDGYHQWRI9$'PDQ\WHFKQRORJLHVIRUPDQXIDFWXULQJRSWLFDO¾EHUVDUHSURJUHVVHG,UHYLHZWKHKLVWRULFDO
WRSLFVDQGVWDWHRIWKHDUWORZQRQOLQHDU¾EHUVLQFOXGLQJ
LPSURYHPHQWRI¾EHUUHOLDELOLW\
10:15-10:30 S4-4 (Invited)
6SHFLDOW\)LEHUVDQG2SWLFDO)LEHU'HYLFHV
Following Development of Vapor-phase Axial
Deposition
Kenji Nishide
Fujikura Ltd., Japan
2SWLFDO¾EHUVIDEULFDWHGXVLQJYDSRUSKDVHD[LDOGHSRVLWLRQ H[KLELW H[FHOOHQW SHUIRUPDQFH DQG KDYH EHHQ XVHG
JOREDOO\IRUDORQJWLPH:HSUHVHQWVSHFLDOW\¾EHUVRSWLFDO¾EHUGHYLFHVDQG¾EHUODVHUVIDEULFDWHGXVLQJWKHVH
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Tuesday, July 5
Room D
7X' Advanced lasers (I)
Room E
Room F
7X( 7UDPVPLWWHUVDQG5HFHLYHUV
7X) 3KRWRQLF1HWZRUN6\VWHP
Presider: Po Dong (Bell Labs Norkia, USA)
Presider: S. J. Ben Yoo (Univ. of California, Davis, USA)
7X',QYLWHG
Quantum Dot Lasers for Silicon Photonics
Yasuhiko Arakawa
The University of Tokyo, Japan
We discuss recent progresses in silicon photonics integrating quantum dot lasers. High temperature stability
and high feedback-noise tolerance of the quantum dot
lasers are advantageous features for application to silicon
SKRWRQLFV $ VLOLFRQ RSWLFDO LQWHUSRVHU ZLWK WKH EDQGwidth-density of 15Tbps/cm2 at 125 C was demonstrated
XVLQJ¿LSFKLSERQGLQJPHWKRG4XDQWXPGRWODVHUVRQ
silicon by wafer-bonding technique are also discussed.
7X(,QYLWHG
6LQJOH&DUULHU7EV6LJQDO*HQHUDWLRQ8VLQJ+LJK
Speed InP MUX-DACs and an Integrated CSRZ27'00RGXODWRU
Hiroshi Yamazaki, Akihide Sano, Munehiko Nagatani,
Yutaka Miyamoto
NTT Corporation, Japan
:HJHQHUDWHGD7EVVLQJOHFDUULHU3'04$0RSWLFDOVLJQDOXVLQJ,Q308;'$&PRGXOHVDQGDQLQWHJUDWHG&65=27'0PRGXODWRU7KHKLJKV\PEROUDWHRI
Gbaud was achieved by combining electronic and optical
WLPHGRPDLQPXOWLSOH[LQJ
7X)7XWRULDO
2SWLFDO6\VWHP$UFKLWHFWXUHVDQG&RQWUROIRU'DWD
Center Networks
Dimitra Simeonidou
Univ. of Bristol, UK
7X'
/RZ7HPSHUDWXUH/DVLQJ&KDUDFWHULVWLFVRI
GaInAsP Double-hetero Laser Integrated on InP/Si
Substrate Using Direct Wafer Bonding
Tetsuo Nishiyama,
Keiichi Matsumoto, Junya Kishikawa, Toshiki Sukigara,
Yuya Onuki, Naoki Kamada, Tomokazu Kanke,
Kazuhiko Shimomura
Sophia Univ. Japan
We have successfully obtained 2-inch mirror like surface
,Q36LZDIHUE\XVLQJGLUHFWERQGLQJ*D,Q$V3,Q3GRXEOHKHWHURVWUXFWXUHODVHUZDVJURZQRQ,Q36LVXEVWUDWH
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show their characteristics.
7X(
Cost Effective Fractional OFDM Receiver Using
$UUD\HG:DYHJXLGH*UDWLQJ
T. Nagashima(1), G. Cincotti(2),T. Murakawa(1),
S. Shimizu(3), M. Hasegawa(1), K. Hattori(4), M. Okuno(4),
S. Mino(4), A. Himeno(4), N. Wada(3), H. Uenohara(5),
T. Konishi(1)
(1)
Osaka Univ., Japan, (2)Univ. Roma Tre, Italy, (3)NICT
Japan, (4)NTT Electronics Co. Ltd., Japan, (5)Tokyo
Institute of Technology, Japan
:HH[SHULPHQWDOO\GHPRQVWUDWHDFRVWHIIHFWLYHIUDFWLRQDO
2)'0UHFHLYHUXVLQJDQDUUD\HGZDYHJXLGHJUDWLQJ7KH
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7X'
First Demonstration of Mode Selective Light Source
E\8VLQJ$FWLYH0XOWLPRGH,QWHUIHURPHWHU/DVHU
Diode
Bingzhou Hong(1), Takuya Kitano(1), Akio Tajima(2),
Haisong Jiang(1), Kiichi Hamamoto(1)
(1)
Kyushu Univ., Japan, (2)NEC Corp., Japan
Mode selective light source is demonstrated by using
DFWLYHPXOWLPRGHLQWHUIHURPHWHUODVHUGLRGHIRUWKH¾UVW
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towards fJ/bit on-chip Receiver
Kengo Nozaki, Shinji Matsuo, Takuro Fujii, Koji Takeda,
Masaaki Ono, Abdul Shakoor, Eiichi Kuramochi,
Masaya Notomi
NTT Corporation, Japan
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on-chip receiver.
7X',QYLWHG
Quantum-Cascade Lasers: Line-Narrowing and
Suppression of Flicker-Noise
Masamichi Yamanishi(1), Toru Hirohata(1),
Saverio Bartalini(2), Paolo De Natale(2)
(1)
Hamamatsu Photonics KK, Japan, (2)Instituto
Nazionale di Ottica (INO)-CNR, Italy
2XUUHVXOWVRQOLQHZLGWKVRITXDQWXPFDVFDGHODVHUVDUH
reviewed, clarifying physics underlying astonishingly narrow intrinsic linewidths ~100 Hz and showing possible
QDUURZLQJ RI H[WULQVLF OLQHZLGWKV GRZQ WR a N+] E\
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Goki Sakano, Jun Haruki, Kazuki Sakuma,
Kazutoshi Kato
Kyushu Univ., Japan
:H FRQ¾JXUHG 7+] ZDYH JHQHUDWRU FRQVLVWLRQJ RI
IRXUFKDQQHODUUD\HGSKRWRPL[HUVDQWHQQDV:HGHPRQstrated that the powers are combined with the directional
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Explicit Wavelength Resource Reallocation to
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Situations
Masaki Shiraiwa, Takaya Miyazawa, Hideaki Furukawa,
Yoshinari Awaji, Naoya Wada
National Institute of Information and Communications
Technology (NICT), Japan
To reliably ensure critical communication lines in emerJHQF\VLWXDWLRQVZHSURSRVHDQGH[SHULPHQWDOO\GHPRQVWUDWH DQ H[SOLFLW ZDYHOHQJWK UHVRXUFH UHFRQ¾JXUDWLRQ
system on an optical packet and circuit integrated network, which achieves enough low frame error rates.
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Range Communications for 5G
Hsi-Hsir Chou(1,2), C.-Y. Tsai(1)
(1)
National Taiwan Univ. of Science and Technology,
Taiwan, (2)Cambridge Univ., UK
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micro-projection and high-speed data transmission, for
personal communication device in 5G application is reSRUWHGDQGH[SHULPHQWDOO\GHPRQVWUDWHG
7X)
5HPRWH([SHULPHQWVZLWK7HVW3ODQHRQD
'LVWULEXWHG2SWLFDO6ZLWFKHG1HWZRUN7HVWEHG
Sugang Xu, Masaki Shiraiwa, Hiroaki Harai,
Yoshinari Awaji, Naoya Wada
NICT, Japan
We demonstrated a remote-lab environment for a distributed optical network testbed which enables the opWLFDOOD\HUWKURXJK,3OD\HUH[SHULPHQWV7KHDXWRPDWHG
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both the testbeds and future networks.
Presider: Nobuaki Hatori (Photonics Electronics
Technology Research Association, Japan)
41
Tuesday, July 5
Room A
Room B
Room C
7X$ Microwave Photonics for Mobile Access
7X% Digital Signal Processing
S4
Presider: Kosuke Nishimura (KDDI R&D Laboratories Inc., Japan)
Presider: Tsuyoshi Yoshida (Mitsubishi Electric Corporation, Japan)
7X$
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Antenna
Kotoko Furuya, Takayoshi Hirasawa, Masayuki Oishi,
Shigeyuki Akiba, Jiro Hirokawa, Makoto Ando
Tokyo Institute of Technology, Japan
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band integrated photonic array-antenna. The relationship
between beam forming operation and signal quality is
TXDQWLWDWLYHO\FRQ¾UPHG
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Joint Linear and Non-linear Adaptive Pre-Distortion
RI+LJK%DXG5DWH7UDQVPLWWHUVIRU+LJKRUGHU
Modulation Formats
Bernhard Spinnler(1), Ginni Khanna(2),
Stefano Calabrò(1), Erik De Man(1), Uwe Feiste(1),
Thomas Bex(1), Heinrich von Kirchbauer(1)
(1)
Coriant R&D GmbH, Germany, (2)Technische
Universität München, Germany
We review a digital pre-distortion technique to mitigate
linear and nonlinear impairments from analog compoQHQWV:HDVVHVVWKHWHFKQLTXH¶VHIIHFWLYHQHVVDQGDFFXracy for high baud rate signals and high-order modulation formats.
Presiders: Shoichro Matsuo (Fujikura Ltd., Japan)
Takashi Matsui (NTT Access Network
Service Systems Laboratories, Japan)
7X$
5HDO7LPH7UDQVPLVVLRQRI*ELWVSLVKLIW
DQPSK Signal over Millimeter-wave Radio-overFiber Links
Abdelmoula Bekkali(1), Takashi Kobayashi(1),
Kosuke Nishimura(1), Nobuhiko Shibagaki(2),
Kenichi Kashima(3), Yosuke Sato(3)
(1)
KDDI R&D Laboratories Inc., Japan, (2)Hitachi Ltd.,
Japan, (3)Hitachi Kokusai Electric Inc., Japan
We demonstrate an error-free real-time transmission of
›'436.PRGXODWHG(WKHUQHWIUDPHVDW*ELWVRYHU
a converged Radio-over-Fiber and millimeter-wave links.
The obtained results show a stable and reliable transmisVLRQRI*LJDELW(WKHUQHWGDWD
7X%
Field Demonstration of Modulation Format
Adaptation based on Pilot-aided OSNR Estimation
using 400Gbps/ch Real-time DSP
Kazushige Yonenaga(1),
Kengo Horikoshi(1), Seiji Okamoto(1), Mitsuteru Yoshida(1),
Yutaka Miyamoto(1), Masahito Tomizawa(1),
Takeshi Okamoto(2), Hidemi Noguchi(2),
Jun-ichi Abe(2), Junichiro Matsui(2), Hisao Nakashima(3),
Yuichi Akiyama(3), Takeshi Hoshida(3), Hiroshi Onaka(3),
Kenya Sugihara(4), Soichiro Kametani(4), Kazuo Kubo(4),
Takashi Sugihara(4)
(1)
NTT Corporation, Japan, (2)NEC Corporation,
Japan, (3)Fujitsu Limited, Japan, (4)Mitsubishi Electric
Corporation, Japan
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8VLQJ'LUHFWO\0RGXODWHGȞP9&6(/
Byung Gon Kim, S. H. Bae, Hoon Kim, Y. C. Chung
KAIST, Republic of Korea
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respectively.
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Channel Radio-Over-Fiber Signals in a Double-Clad
Fiber
Akira Yoneyama, Yamato Minamoto,
Motoharu Matsuura
The Univ. Electro-Communications, Japan
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signals had negligible error-vector magnitude penalties
to the back-to-back signal.
11:00-12:30
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phase Axial Deposition Method
Optical Fiber: the beginning and perspectives toward future
11:00-11:30 S4-5 (Invited)
New Optical Fiber Development Based on OVD
7HFKQRORJ\
Ming-Jun Li
Corning Incorporated, USA
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haul and data center applications as well as few mode
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11:30-12:00 S4-6 (Invited(S))
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D.J. Richardson, Y. Chen, N.V. Wheeler,
J.R. Hayes, T. Bradley, S.R. Sandoghchi, G.T. Jasion,
E. Numkam Fokoua, Z. Liu, R. Slavik, M. N. Petrovich,
F. Poletti
Univ. of Southampton, UK
We review recent progress in the development of hollow
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particular their suitability for low-latency/time-sensitive
applications, and their ultimate potential for broadband,
ultralow loss (and nonlinearity) transmission.
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436.$VVLVWHG&DUULHU3KDVH5HFRYHU\IRU+LJK
Order QAM
Xiaofei Su(1), Liang Dou(1), Zhenning Tao(1),
Takeshi Hoshida(2,3), Jens C. Rasmussen(3)
(1)
Fujitsu R&D Center, China, (2)Fujitsu Limited, Japan
:LWK WKH DVVLVWDQFH RI LQVHUWHG 436. V\PEROV FDUULHU
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Adaptive Kalman Filtering for 16-QAM Signals
Zheng Bofang, Chester Shu
The Chinese Univ. of Hong Kong, Hong Kong
$UREXVWRQOLQHEORFNFDUULHUSKDVHUHFRYHU\VFKHPHIRU
4$0VLJQDOVLVGHPRQVWUDWHGYLDDGDSWLYH.DOPDQ)LOWHU/HVVWKDQG%4IDFWRUYDULDWLRQLVDFKLHYHGZKHQ
the initial measurement noise variances deviate over 8
orders of magnitude.
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Cascaded ROADMs
Guoxiu Huang(1), Shoichiro Oda(2), Tomohiro Yamauchi(2),
Setsuo Yoshida(2), Goji Nakagawa(2), Yasuhiko Aoki(2),
Zhenning Tao(3), Jens C. Rasmussen(1)
(1)
Fujitsu Laboratories Ltd., Japan, (2)Fujitsu Limited,
Japan, (3)Fujitsu R&D Center, China
Highly accurate optical pass-band shape monitor was
proposed by employing FM-CW probe light immune to
DFFXPXODWHG$6(QRLVH:HH[SHULPHQWDOO\VKRZWKDWWKLV
PHWKRGFDQDFKLHYHKLJKDFFXUDF\XQWLOG%RSWLFDOSUREH
to noise ratio.
42
12:00-12:30 S4-7 (Invited)
2SWLFDO)LEHUVIRU)XWXUH&RPPXQLFDWLRQ6\VWHPV
Kazuhide Nakajima
NTT Corporation, Japan
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technology mainly since 2000. Two key terms, namely
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out and their relationship with fabrication techniques is
considered.
Tuesday, July 5
Room D
Room E
Room F
7X' Electro-Optic Devices
7X( Mid IR and thermal applications
7X) Photonic Switching Network
Presider: Kazuhiko Shimomura (Sophia Univ., Japan)
Presider: Andrea Melloni (Politecnico di Milano, Italy)
Presider: Sugang Xu (NICT, Japan)
7X',QYLWHG
3KRWRQLF%L&026²&LUFXLWVDQG7HFKQRORJ\
Lars Zimmermann
IHP, Germany
7X(7XWRULDO
7KHUPDO(PLVVLRQ&RQWUROE\3KRWRQLF&U\VWDOV
Susumu Noda
Kyoto Univ., Japan
7X),QYLWHG
Flexible bandwidth Optical Interconnects for
Datacom Networks
Roberto Proietti, Paolo Grani, Zheng Cao, S.J.Ben Yoo
Univ. of California, USA
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increase.
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Polarization-Reversed Structures
Tomohiro Ohno, Hiroshi Murata, Yasuyuki Okamura
Osaka Univ., Japan
We have proposed pre-equalizing electro-optic modulators using polarization-reversed structures, which
FDQFRPSHQVDWHIRUGLVSHUVLRQHIIHFWLQORQJKDXO¾EHU
communication systems. In this paper, new designs with
improved equalizing characteristics are reported.
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Routers
Yue-Cai Huang(1), Yuki Yoshida(1), Salah Ibrahim(2),
Ryo Takahashi(2), Ken-ichi Kitayama(1)
(1)
Osaka Univ., Japan, (2)NTT Device Technology
Laboratories, Japan
Load balancing in a switch-fabric type of torus optical
packet switching data center networks with hybrid optoelectronic routers shows the performance improvement
such as packet dropping probability by decreasing the
average number of hops.
7X'
Broadband Dual-Polarization Dual-Parallel Mach
Zehnder Modulator based Photonic Microwave
Phase Shifter
Tong Niu(1), Erwin H. W. Chan(2), Xudong Wang(1),
Xinhuan Feng(1), Bai-Ou Guan(1)
(1)
Jinan Univ., China, (2)Charles Darwin Univ., Australia
$QHZSKRWRQLFPLFURZDYHSKDVHVKLIWHUWKDWLVFDSDEOH
RI UHDOL]LQJ ƒ SKDVH VKLIW ZLWK D ¿DW DPSOLWXGH DQG
phase response performance over a wide frequency
UDQJHRIWR*+]LVH[SHULPHQWDOO\GHPRQVWUDWHG
7X)
Spectrum Assignment and Update Method based
on Adaptive Soft Reservation in Elastic Optical
Networks
Hideki Tode(1), Akira Fukushima(1), Yosuke Tanigawa(1),
Yusuke Hirota(2)
(1)
Osaka Prefecture Univ., Japan, (2)Osaka Univ., Japan
:HSURSRVHDVSHFWUXPDVVLJQPHQWPHWKRGFDOOHG6RIW
Reservation, that improves the frequency utilization by
introducing tentative reservation for forthcoming demand, and dynamic control to determine the reservation
UDQJHE\PHDQVRIHVWLPDWHGWUDI¾FGHPDQG
7X'
3KRWRQLF5DGLR)UHTXHQF\'RZQFRQYHUWHU%DVHG
on Parallel Electro-absorption Modulators in Ku/Ku
Band for Space Applications
Jordane Thouras(1), Benoit Benazet(2), Herve Leblond(2),
Christelle Aupetit-Berthelemot(1)
(1)
Univ. of Limoges, France, (2)Thales Alenia Space,
France
In this paper, we present a new photonic RF frequency
down-convertor based on parallel electro-absorption
PRGXODWRUVDQG¾EHU%UDJJJUDWLQJ¾OWHUVZLWKUHGXFHG
RXWSXW VSXULRXV RQO\ WKH FRQYHUWHG ,) VLJQDO DQG ¾UVW
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We give device performance in terms of conversion gain,
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order intermodulation ratio (C/I3) and spectral purity. We
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ZLWKRXWDVLJQL¾FDQWYDULDWLRQRISHUIRUPDQFH
7X'
Electro-Optic Modulator Using Millimeter-wave GapEmbedded Patch Antenna with Stacked Structure
Hironori Aya(1), Yusuf Nur Wijayanto(2),
Atsushi Kanno(2), Tetsuya Kawanishi(2,3),
Hiroshi Murata(1), Yasuyuki Okamura(1)
(1)
Osaka Univ., Japan, (2)NICT, Japan, (3)Waseda Univ.,
Japan
We propose new electro-optic modulators using gap-embedded patch antennas with stacked structure. Utilizing
VWDFNHG VWUXFWXUH WKH DQWHQQD JDLQ HOHFWULF ¾HOG IRU
modulation, and interaction length increase, then modXODWLRQHI¾FLHQF\LQFUHDVHVG%DW*+]
7X(,QYLWHG
Mid IR Applications of Si Photonics
G. Z. Mashanovich(1), J. Soler Penades(1),
V. Mittal(1), G. S. Murugan(1), A. Z. Khokhar(1),
C. J. Littlejohns(1), S. Stankovic(1), A. Ortega-Monux(2),
G. Wanguemert-Perez(2), R. Halir(2),
I. Molina-Fernandez(2), C. Alonso- Ramos(3),
D. Benedikovic(3), A. Villafranca(4), P. Cheben(5),
J. J. Ackert(6), A. P. Knights(6), J. S. Wilkinson(1),
M. Nedeljkovic(1)
(1)
Univ. of Southampton, UK, (2)Universidad de Malaga,
Spain, (3)Université Paris-Saclay, France, (4)Spanish
National Research Council, Spain, (5)National Research
Council Canada, Canada, (6)McMaster Univ., Canada
$UHYLHZRISDVVLYHDQGDFWLYHSKRWRQLFGHYLFHVLQWKUHH
mid-IR silicon photonics material platforms suitable for
FRPPXQLFDWLRQVDQGVHQVLQJVLOLFRQRQLQVXODWRU62,
suspended silicon and germanium on silicon, is presented.
43
7X)
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Sharing Method in Elastic Optical Packet and
Circuit Integrated Networks
Ken Nagatomi(1), Seitaro Sugihara(1), Shohei Fujii(1),
Yusuke Hirota(1), Hideki Tode(2), Takashi Watanabe(1)
(1)
Osaka Univ., Japan, (2)Osaka Prefecture Univ., Japan
We propose and evaluate a dynamic spectrum assignment method to reduce spectrum fragmentations and an
adaptive resource sharing method to improve resource
XWLOL]DWLRQHI¾FLHQF\IRUHODVWLFRSWLFDOSDFNHWDQGFLUFXLW
integrated networks.
7X)
Optimized Multicast Scheduling in Datacenter
Optical Burst Ring Network
Gang Chen(1), Dongxu Zhang(1), Hongxiang Guo(1),
Jian Wu(1), Xiaoyuan Cao(2), Noboru Yoshikane(2),
Takehiro Tsuritani(2), Itsuro Morita(2)
(1)
Beijing Univ. of Posts and Telecommunications,
China, (2)KDDI R&D Laboratories Inc, Japan
:H SURSRVH DQ ,/3EDVHG PRGHO DQG D WLPHHI¾FLHQW
heuristic algorithm for multicast scheduling in optical
EXUVWULQJQHWZRUN6LPXODWLRQUHVXOWVYHULI\WKHSURSRVHG
methods could improve latency and throughput perforPDQFHVLJQL¾FDQWO\FRPSDUHGWRXQLFDVWWUDQVPLVVLRQ
Tuesday, July 5
Room A
Room B
Room C
7X$ New Direction of Optical Access Network
7X% Nonlinear Signal Processing
7X& )LEHU$PSOLÀHUV
Presider: Hiroaki Mukai (Mitsubishi Electric Corporation, Japan)
Presider: Masanori Hanawa (Univ. of Yamanashi, Japan)
Presider: Makoto Yamada (Osaka Prefecture Univ., Japan)
7X$,QYLWHG
,QWHUQHWRI7KLQJVZLWK2SWLFDO&RQQHFWLYLW\
1HWZRUNLQJDQG%H\RQG
Philip N. Ji, Ting Wang
NEC Laboratories America, USA
2SWLFDOWHFKQRORJLHVSOD\DQLPSRUWDQWUROHLQWKH,QWHUnet of Things networks, including providing high bandwidth connectivity, intelligent networking, and high sensitivity multi-phenomena sensing and imaging. Related
optical technologies and IoT applications are discussed.
7X%,QYLWHG
Digital Nonlinear Distortion Compensation
Zhenning Tao(1), Liang Dou(1), Ying Zhao(1), Bo Liu(1),
Lei Li(1), Tomofumi Oyama(2), Takeshi Hoshida(3),
Jens C. Rasmussen(2)
(1)
Fujitsu R&D Center, China, (2)Fujitsu Laboratories
Ltd., Japan, (3)Fujitsu Limited, Japan
Nonlinear distortion is considered as the ultimate limitaWLRQRIRSWLFDOWUDQVPLVVLRQ9DULRXVGLJLWDOQRQOLQHDUGLVtortion compensation methods, including perturbation
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based method for short reach application are reviewed.
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Progress and Future Prospects
Jun-ichi Kani
NTT Corporation, Japan
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Mitigation Using Spectral Inversion in Superchannel
7UDQVPLVVLRQ
Inwoong Kim(1), Olga Vassilieva(1),
Paparao Palacharla(1), Motoyoshi Sekiya(2),
Tadashi Ikeuchi(1)
(1)
Fujitsu Laboratories of America, Inc., USA, (2)Fujitsu
Laboratories Ltd., Japan
6SHFWUDO LQYHUVLRQ FDQ HIIHFWLYHO\ PLWLJDWH LQWUDVXEFDUrier nonlinear noise for uniform and non-uniform links,
while inter-subcarrier nonlinear noise mitigation is more
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placement.
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Cascade Bi-doped and Er-doped Optical Fiber
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Mikoto Takahashi(1), Daiki Higuchi(1), Mizuki Ohara(1),
Yusuke Fujii(2), Naoto Yoshimoto(1), Soichi Kobayashi(1)
(1)
Chitose Institute of Science and Technology, Japan, (2)
Photonic Science Technology, Inc., Japan
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showed the broadband spectra in 950 nm -1650 nm. In
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Kokoro Kitamura, Kenta Udagawa, Hiroji Masuda
Shimane Univ., Japan
We propose a novel all-optical automatic-gain-control
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Achievable Rates Comparison for Phase&RQMXJDWHG7ZLQ:DYHVDQG30436.
Tobias A. Eriksson(1), Abel Lorences-Riesgo(1),
Pontus Johannisson(1), Tobias Fehenberger(2),
Peter A. Andrekson(1), Magnus Karlsson(1)
(1)
Chalmers Univ. of Technology, Sweden, (2)Technische
Universität München (TUM), Germany
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H[SHULPHQWDOO\FRPSDUHGWR30436.LQWHUPVRIDFKLHYable information rate for bit-wise decoders. For typical
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Parametric Pump on Raman Assisted Phase
6HQVLWLYH$PSOLÀHU
Y. Cao(1), F. Alishahi(1), Y. Akasaka(2), M. Ziyadi(1),
A. Mohajerin-Ariaei(1), A. Almaiman(1), T. Ikeuchi(2),
S. Takasaka(3), R. Sugizaki(3), A. E. Willner(1)
(1)
Univ. of Southern California, USA, (2)Fujitsu
Laboratories of America, USA, (3)Furukawa Electric Co.,
Ltd., Japan
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in Presence of Nonlinear Phase Noise
Danshi Wang, Min Zhang, Meixia Fu, Zhongle Cai,
Ze Li, Yue Cui, Bin Luo
Beijing Univ. of Posts and Telecommunications, China
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distance and nonlinear tolerance are improved by 240 km
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Polarization Pulling in Fiber Optical Parametric
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S. H. Wang(1), P. K. A. Wai(2)
(1)
Fuzhou Univ., China, (2)The Hong Kong Polytechnic
Univ., Hong Kong
We found that polarization pulling to the idler is stronger
WKDQWKDWWRWKHVLJQDOLQ¾EHURSWLFDOSDUDPHWULFDPSOL¾HUV+LJKFRQYHUVLRQHI¾FLHQF\DQGVWURQJSRODUL]DWLRQ
pulling can therefore be achieved simultaneously using
ORQJ¾EHUV
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26150RQLWRULQJE\'HHS1HXUDO1HWZRUNV7UDLQHG
ZLWK$V\QFKURQRXVO\6DPSOHG'DWD
Takahito Tanimura(1,2), Takeshi Hoshida(1),
Jens C. Rasmussen(1), Makoto Suzuki(2),
Hiroyuki Morikawa(2)
(1)
Fujitsu Laboratories Ltd., Japan, (2)The Univ. of Tokyo,
Japan
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system.
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Ping Piu Kuo
University of California, USA
We present the role of mutual channel frequency stability
in digital back-propaga tion-based nonlinear impairment
PLWLJDWLRQPHWKRGV(OLPLQDWLRQRIPXWXDOIUHTXHQF\XQcertainty by using frequency-locked carriers has enabled
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44
Tuesday, July 5
Room D
Room E
7X' Free Space and Short Distance
7X( Future Communication Components
Presider: Hoon Kim (KAIST, Republic of Korea)
Presider: Koji Yamada (National Institute of Advanced
Industrial Science and Technology (AIST), Japan)
7X'
5REXVWQHVVIRU7UDFNLQJ(UURULQ)0)EDVHG)62
Receiver
T. Ishikawa, K. Hosokawa, S. Takahashi, M. Arikawa,
Y. Ono, T. Ito, K. Fukuchi
NEC Corporation, Japan
:H KDYH QXPHULFDOO\ DQDO\]HG WKH UHOD[LQJ HIIHFW IRU
required tracking accuracy by the introduction of FMF
EDVHG)62UHFHLYHUDQGFODUL¾HGPRGH)0)SURYLGHV
a 2.2-times larger tolerance compared to the direct couSOLQJWR60)
7X'
Impedance Matched GaN LD Package for Direct
OFDM Communication at 14 Gbps
Yu-Fang Huang(1), Tsai-Chen Wu(1), Yu-Chieh Chi(1),
Cheng-Ting Tsai(1), Wei Wang(2), Tien-Tsorng Shih(2),
Hao-Chung Kuo(3), Gong-Ru Lin(1)
(1)
National Taiwan Univ., Taiwan, (2)National Kaohsiung
Univ. of Applied Sciences, Taiwan, (3)National Chiao
Tung Univ., Taiwan
$WUDQVPLVVLRQOLQHDLGHGLPSHGDQFHPDWFKLQJSDFNDJH
for 450-nm GaN laser diode is employed to increase the
GLUHFWO\HQFRGHG4$02)'0WUDQVPLVVLRQXSWR
Gbps over 7 m in free-space after modulation throughput
intensity optimization.
7X'
2&73UHFRGLQJIRU2)'0EDVHG,QGRRU9LVLEOH
Light Communications
Yang Hong, Lian-Kuan Chen
The Chinese Univ. of Hong Kong, Hong Kong
$QRUWKRJRQDOFLUFXODQWPDWUL[WUDQVIRUP2&7SUHFRGing scheme is proposed for indoor visible light communications. We show the proposed scheme has much reGXFHGFRPSOH[LW\EXWH[KLELWVFRPSDUDEOHSHUIRUPDQFH
with adaptive bit and power loading.
7X'
Nonlinear Compensation of 850 nm VCSEL with
'LVFUHWH0XOWL7RQH0RGXODWLRQ(PSOR\LQJD
Volterra-Wiener Filter
Ta-Ching Tzu(1), Chia-Chien Wei(2), Jun-Jie Liu(1),
Chun-Yen Chang(1), Kai-Lun Chi(3), Xin-Nan Chen(3),
Jin-Wei Shi(3), Jyehong Chen(1)
(1)
National Chiao Tung Univ., Taiwan, (2)National Sun
Yat-sen Univ., Taiwan, (3)National Central Univ., Taiwan
$'07WUDQVPLVVLRQZLWKDQGGDWDUDWHLPSURYHPHQW E\ QRQOLQHDU 9ROWHUUD:LHQHU FRPSHQVDWLRQ
UHVSHFWLYHO\ IRU *EV 2%7% DQG *EV RYHU
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(λ/2) cavity and mode controlled.
7X'
Pre-leveled 16-QAM OFDM Modulation of an 850QP9&6(/IRU*ELWV7UDQVPLVVLRQ
Cheng-Ting Tsai(1),
Chun-Yen Pong(1), Yun-Chen Wu(1), Shan-Fong Leong(1),
Yu-Chieh Chi(1), Chao-Hsin Wu(1), Tien-Tsorng Shih(2),
Jian Jang Huang(1), Hao-Chung Kuo(3),
Wood-Hi Cheng(4), Gong-Ru Lin(1)
(1)
National Taiwan Univ., Taiwan, (2)National Kaohsiung
Univ. of Applied Sciences, Taiwan, (3)National Chiao
Tung Univ., Taiwan, (4)National Chung Hsing Univ.,
Taiwan
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at 56 Gbit/s is demonstrated by using the pre-leveling
technology, which reveals an optimized signal-to-noise
ratio, error vector magnitude and bit-error-rate of 16.4
G%DQGî-3, respectively.
7X(,QYLWHG
Silicon Photonic Integrated Circuits for High&DSDFLW\2SWLFDO&RPPXQLFDWLRQV
Po Dong
Nokia, Bell Labs, USA
We review silicon photonic integrated circuits for high-capacity optical communications. These circuits include
highly integrated dual-polarization in-phase/quadrature
modulators, single-chip polarization-diversity receivers,
multichannel discrete multi-tone modulation and detecWLRQFLUFXLWVDQG6WRNHVYHFWRUUHFHLYHUV7KHKLJKGHJUHH
integration of silicon photonics leads to low-cost and
compact high-capacity optical modules.
7X(
Lens-integrated Fan-in/Fan-out Device for Multicore Fiber
Osamu Shimakawa, Hajime Arao, Tomomi Sano
Sumitomo Electric Industries, Ltd., Japan
:HGHVLJQDQGIDEULFDWHDPXOWLFRUH¾EHUIDQLQIDQRXW
using lenses. The structure allows it to be assembled with
RQO\ RQH DFWLYH DOLJQPHQW SURFHVV ,/ OHVV WKDQ G%
DQG5/PRUHWKDQG%ZHUHDFKLHYHG
Room F
S3
14:00-15:30
$GYDQFHG2SWLFDO7HFKQRORJLHVIRU)XWXUH'DWD&HQWHU1HWZRUN
Session I: Optical technologies for the evolution of data
centers
Presiders: Ryo Takahashi (NTT Devise Technology Laboratories, Japan)
Tomoyuki Miyamoto (Tokyo Institute of Technology, Japan)
Hiroaki Harai (National Institute of Infomation and
Communications Technology (NICT), Japan)
14:00-14:30 S3-1 (Invited)
Optical Switching Performance Metrics for Scalable
Data Centers
Keren Bergman, Sébastien Rumley
Columbia Univ., USA
2SWLFDO VZLWFKLQJ FDQ DGGUHVV VRPH NH\ FKDOOHQJHV DVsociated with scaling the communications infrastructure
in data centers. We review the critical metrics that would
HQDEOH VLJQL¾FDQW SHUIRUPDQFH JDLQV DQG WKHUHE\ ZLGH
adoption in data centers.
14:30-15:00 S3-2 (Invited)
2SWLFDO7UDQVFHLYHU7HFKQRORJLHVIRU1H[W
Generation Fiber Optic Interfaces
Christopher R. Cole
Finisar Corp., USA
7X(
Four-Mode-Selective Photonic Lantern Based on
7ZR/D\HU3RO\PHU:DYHJXLGH%UDQFKHV
Yunfei Wu, Kin Seng Chiang
City Univ. of Hong Kong, Hong Kong
We design and fabricate a four-core photonic lantern
with two-layer asymmetric polymer waveguide branches
WRVSDWLDOO\GHPXOWLSOH[WKH/301, LP11a, LP11b, and LP21a
modes. The device operates over the C+L band with negligible polarization dependence.
7X(
Excitation of LP21b and LP02 Modes with PLC-based
7DSHUHG:DYHJXLGHIRU0RGHGLYLVLRQ0XOWLSOH[LQJ
Yoko Yamashita(1), Yuhei Ishizaka(1),
Nobutomo Hanzawa(2), Takeshi Fujisawa(1),
Taiji Sakamoto(2), Takashi Matsui(2), Kyozo Tsujikawa(2),
Fumihiko Yamamoto(2), Kazuhide Nakajima(2),
Kunimasa Saitoh(1)
(1)
Hokkaido Univ., Japan, (2)NTT Corporation, Japan
Multi-stage mode conversion technique, using asymmetric directional couplers and tapered mode converters, for
launching LP21b and LP02PRGHRQ3/&IRUVL[PRGHPXOWL
GHPXOWLSOH[HULVSURSRVHG6XFFHVVIXOH[FLWDWLRQRIWKHVH
modes are demonstrated.
7X(
:LGHO\6ZLWFKLQJWKH2UELWDO$QJXODU0RPHQWXP
Modes with Integrated Cobweb Emitter
Yu Wang, Peng Zhao, Xue Feng, Yidong Huang
Tsinghua Univ., China
$Q LQWHJUDWHG FREZHE HPLWWHU ZLWK D ZLGH VZLWFKLQJ
UDQJH RI RUELWDO DQJXODU PRPHQWXP PRGHV O ±a
is demonstrated. The unique independence of micro-ring
FDYLW\DQGVFDWWHULQJXQLWSURYLGHVWKH¿H[LELOLW\WRGHVLJQ
and optimize.
45
15:00-15:30 S3-3 (Invited)
$GYDQFHG2SWLFDO,QWHUFRQQHFWLRQ7HFKQRORJLHV
Based on Silicon Photonics for Future DCs
Takahiro Nakamura, Junichi Tsuchida, Kazuhiko Kurata
Photonics Electronics Technology Research
Association, Japan
:H GHYHORSHG D FKLSVFDOH RSWLFDO WUDQVFHLYHU ³RSWLFDO
,2FRUH´ZKLFKLVîPP2KDVDPD[LPXPFDSDFLW\
of 300 Gbps, and consumes a low amount of power, 5
P:*ESV $ *ESVFK HUURUIUHH WUDQVPLVVLRQ XVLQJ
RXURSWLFDO,2FRUHVZLWKDZLGHEDQGZLGWK/6,ZDVREserved.
Tuesday, July 5
Room A
Room B
Room C
7X$ $FFHVV1HWZRUN3UDFWLFDOLW\
7X% Coding & Modulation Formats
7X& Active Fibers
Presider: Fumio Futami (Tamagawa Univ., Japan)
Presider: Takeshi Hoshida (Fujitsu Laboratories LTD., Japan)
Presider: Kazi Abedin (OFS Laboratries, USA)
7X$,QYLWHG
7DFWLOH,QWHUQHW&DSDEOH3DVVLYH2SWLFDO/$1IRU
Healthcare
Elaine Wong, Maluge Pubuduni Imali Dias, Lihua Ruan
The Univ. of Melbourne, Australia
We present the underlying communications network that
achieves rapid delivery of control/steering/sensor inforPDWLRQLQ7DFWLOH,QWHUQHWFDSDEOHKHDOWKFDUHIDFLOLWLHV([SORLWLQJSDVVLYHRSWLFDO/$1VZLWK7:'0DQGSUHGLFWLYH
'%$DQHQGWRHQGODWHQF\RI—VLVDFKLHYHG
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7UHOOLV&RGHG2SWLFDO0RGXODWLRQ8VLQJ4$0
Constellations
Emmanuel Le Taillandier de Gabory,
Tatsuya Nakamura, Hidemi Noguchi, Wakako Maeda,
Sadao Fujita, Jun-ichi Abe, Kiyoshi Fukuchi
NEC Corporation, Japan
:HUHYLHZ7&0ZLWK4$0FRQVWHOODWLRQV0XOWLSOHVWDWH
TCM widens design options and provides two additional
VHWWLQJVIRU¿H[LEOHWUDQVSRQGHUVVWDWH7&04$0LQcreases transmission distance by 880km at 3b/s/Hz. TCM
EHQH¾WVVXEVWDQWLDOO\IURP%3
7X$
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1HWZRUNZLWK'HQVHO\'HSOR\HG6PDOO&HOOVXQGHU
'\QDPLF7UDIÀF%HKDYLRU
Kyosuke Sone(1), Inwoong Kim(2), Xi Wang(2),
Yasuhiko Aoki(1), Hiroyuki Seki(1), Jens C. Rasmussen(1)
(1)
Fujitsu Laboratories, Ltd., Japan, (2)Fujitsu
Laboratories of America, Inc., USA
:H SUHVHQW DQ DQDO\VLV RI HQHUJ\ HI¾FLHQF\ E\ VOHHS
mode control of small cell base station based on dynamic
XVHUGLVWULEXWLRQDQGWUDI¾FGHPDQGLQPRELOHEDFNKDXO
network design for dense small sell deployment.
7X%
Differential Coding in Polarizations with Half6\PERO3HULRG7LPLQJ2IIVHWIRU&RKHUHQW30
436.WR,PSURYH3KDVH1RLVH7ROHUDQFH
Guo-Wei Lu(1,2), Takahide Sakamoto(1),
Yukiyoshi Kamio(1)
(1)
National Institute of Information and Communications
Technology (NICT), Japan, (2)Tokai Univ., Japan
:H SURSRVH D SKDVHQRLVHWROHUDQW FRKHUHQW 30436.
system with differential coding and half-symbol-period
WLPLQJRIIVHW LQ SRODUL]DWLRQV 2ZLQJ WR WKH LPSURYHG
phase noise tolerance, error-free operation of 10Gbaud
30436. LV H[SHULPHQWDOO\ GHPRQVWUDWHG HYHQ XVLQJ
a0+]OLQHZLGWK')%ODVHU
7X&
aȞP%DQG+\EULG%URDGEDQG/LJKW6RXUFH
&RQVLVWLQJRI&DVFDGHG6/'DQG7')$
Kazuya Ota(1,2), Xiaoen Du(1), Sho Tujita(1),
Kousuke Senda(1), Fumiki Hanafuji(1), Jun Ono(1,3),
Kazuaki Mise(4), Yoshiharu Shimose(4), Hiroshi Mori(4),
Osanori Koyama(1), Hirotaka Ono(5), Tatsuro Endo(1),
Makoto Yamada(1)
(1)
Osaka Prefecture Univ., Japan, (2)Trimatiz Ltd., Japan,
(3)
Anritsu Devices Co., Ltd., Japan, (4)Anritsu Co., Ltd.,
Japan, (5)NTT Corporation, Japan
We successfully improved the output characteristics of a
hybrid broadband light source consisting of a cascaded
VXSHU OXPLQHVFHQW GLRGH 6/' DQG D 7P3+GRSHG ¾EHU
DPSOL¾HU 7')$ ZKLFK ZH SURSRVH DV D FDQGLGDWH ~ 1.8 µm band light source. The achieved bandwidth
ZKHUHWKHLQWHQVLW\H[FHHGHGG%PQPZDV
nm (from 1577 to 1902 nm), and the total output power
ZDVG%PZLWKDORZULSSOHDQGDSHDNWRSHDNYDOXH
RIOHVVWKDQG%
7X$
Optimal Design and Backhauling of Small-Cell
1HWZRUN,PSOLFDWLRQRI(QHUJ\&RVW
Chathurika Ranaweera, Elaine Wong, Christina Lim,
Chamil Jayasundara, Ampalavanapillai Nirmalathas
The Univ. of Melbourne, Australia
We analyze the implication of energy cost on optimal deVLJQRIVPDOOFHOODQGLWV¾EHUEDFNKDXOQHWZRUNV2XUUHsults provide insights into optimal deployment strategies
IRUSODQQLQJFRVWHIIHFWLYHDQGHQHUJ\HI¾FLHQWVPDOOFHOO
networks.
7X%
&URVVRYHU%ORFN0RGXODWLRQZLWK&RPSOHPHQWDU\
Codes Superposition
Tsuyoshi Yoshida(1), Keisuke Kojima(2),
Toshiaki Koike-Akino(2), David Millar(2), Keisuke Dohi(1),
Keisuke Matsuda(1), Kieran Parsons(2), Kazuo Kubo(1),
Kenichi Uto(1), Takashi Sugihara(1)
(1)
Mitsubishi Electric Corporation, Japan, (2)Mitsubishi
Electric Research Laboratories (MERL), USA
We propose novel 3-bit/symbol modulation schemes
which cross-connects two sets of coded signals over
WLPH DQG SRODUL]DWLRQ 6LPXODWLRQV VKRZ G% KLJKHU
WROHUDQFHDJDLQVWLQWHUSOD\RI¾EHUQRQOLQHDULW\DQG3'/
FRPSDUHGZLWKFRQYHQWLRQDO36436.
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'\QDPLF3URYLVLRQLQJDQG3URWHFWLRQ
Qianmei Yang(1), Ning Deng(2), Xu Zhou(2),
Chun-Kit Chan(1)
(1)
The Chinese Univ. of Hong Kong, Hong Kong, (2)
Huawei Technologies Co., Ltd., China
We propose a mobile fronthaul architecture to handle
the tidal effect for dynamic provisioning, and also protect
the main baseband units, using injection locking of FabU\3HURW ODVHU GLRGHV 'RZQVWUHDP WUDQVPLVVLRQV DW *ELWVWR*ELWVRYHUNPKDYHEHHQH[SHULPHQWDOO\
demonstrated over the proposed architecture.
7X%
7XUER(TXDOL]DWLRQIRU'XRELQDU\VKDSHG6LJQDOV
LQ6XSHU1\TXLVW:'06\VWHPV
Shuai Yuan, Koji Igarashi
Osaka Univ., Japan
)RU 6XSHU1\TXLVW :'0 V\VWHPV SHUIRUPDQFH RI IRUZDUG HUURU FRUUHFWLRQ )(& LV UHPDUNDEO\ GHJUDGHG ,Q
order to suppress the degradation, we propose turbo
equalization, which improves performance of turbo code
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Effect of Chromatic Dispersion on Cable ReURXWLQJ2SHUDWLRQ6XSSRUW6\VWHPZLWK1R6HUYLFH
Interruption
Kazutaka Noto(1), Masaaki Inoue(2), Hiroshi Watanabe(1),
Yusuke Koshikiya(1), Keiji Okamoto(1), Tetsuya Manabe(1)
(1)
NTT Corporation, Japan, (2)NTT East Corporation,
Japan
We report the effect of chromatic dispersion on a telecommunications system when duplicating signal transmissions in a cable re-routing operation support system
with no service interruption.
7X%
Enhanced Blind Modulation Formats Recognition
XVLQJ&RQQHFWHG&RPSRQHQW$QDO\VLVZLWK
Quadruple Rotation
Tianwai Bo, Jin Tang, Calvin Chun-Kit Chan
The Chinese Univ. of Hong Kong, Hong Kong
$Q HQKDQFHG DOJRULWKP LV SURSRVHG WR LPSURYH WKH
recognition accuracy of connected component analysis
based modulation formats recognition method. It alleviates the requirements for both the optical signal-to-noise
ratio and number of points simultaneously.
46
7X&
ȞP+LJK2UGHU0LFURULQJ5HVRQDWRU0RGH
locked Laser Using a Carbon Nanotube
K.S. Tsang(1,3), Jie Wang(1), Li Jin(2), Victor Ho(2,3),
Jack Cheung(3), Yanny Tsang(3), Alessia Pasquazi(4),
Ray Man(3), Sai T. Chu(2), A. Ping Zhang(1),
Hwa-yaw Tam(1), P. K. A. Wai(1)
(1)
The Hong Kong Polytechnic Univ., Hong Kong, (2)
City Univ. of Hong Kong, Hong Kong, (3)AMONICS Ltd.,
Hong Kong, (4)Univ. of Sussex, UK
We demonstrated a 1.81 µm mode-locked laser using a
carbon nanotube and an integrated 11-th order microrLQJUHVRQDWRU$PRGHORFNHGSXOVHWUDLQFHQWHUHGDW
µm with repetition rate of 12.6 MHz is achieved.
7X&
:LGHO\7XQDEOH6LQJOH/RQJLWXGLQDO0RGH%ULOORXLQ
Erbium-Doped Fiber Laser
Huan Wu, Bofang Zheng, Chester Shu
The Chinese Univ. of Hong Kong, Hong Kong
8VLQJ6%6LQDQPKLJKO\QRQOLQHDU¾EHUDQGDQXQSXPSHG(')ORRSDVLQJOHORQJLWXGLQDOPRGH¾EHUODVHU
is demonstrated. Wide tuning over ~30 nm is achieved
with a linewidth reduction ratio larger than 100.
7X&
&RQWLQXRXVO\7XQDEOH0LFURZDYH3KRWRQLF
Filter Based on a Wavelength-spacing-tunable
Multiwavelength laser
Seungmin Lee, Young Bo Shim, Young-Geun Han
Hanyang Univ., Republic of Korea
We demonstrate a continuously tunable microwave
SKRWRQLF ¾OWHU EDVHG RQ D ZDYHOHQJWKVSDFLQJWXQDEOH
multiwavelength laser. The free spectral range of the proSRVHGPLFURZDYHSKRWRQLF¾OWHUZDV¿H[LEO\FRQWUROOHGLQ
a range from 1.84 to 0.33 GHz.
7X&
5HDO7LPH,QWHUURJDWLRQ7HFKQLTXH8VLQJ)RXULHU
Domain Mode-Locked Fiber Laser
Ik Su Jo, Seungmin Lee, Sanggwon Song,
Kwang Wook Yoo, Young-Geun Han
Hanyang Univ., Republic of Korea
$UHDOWLPHLQWHUURJDWLRQWHFKQLTXHXVLQJD)RXULHUGRPDLQ PRGHORFNHG ¾EHU ODVHU LV LQYHVWLJDWHG :H FRXOG
successfully monitor the variation of the output powers
and the detection time intervals of sensing signals at the
photo-detector.
Tuesday, July 5
Room D
Room E
Room F
7X' Multi Mode Fibers
7X( Devices for Silicon Photonics
S3
Presider: Ryuichi Sugizaki (Furukawa Electric Co. Ltd., Japan)
Presider: Kensuke Ogawa (Fujikura Ltd., Japan)
7X',QYLWHG
0XOWLPRGH)LEHUVIRU7HOHFRPPXQLFDWLRQVDQG
Imaging
Joel Carpenter(1), Benjamin J. Eggleton(2),
Jochen Schröder(3)
(1)
The Univ. of Queensland, Australia, (2)the Univ. of
Sydney, Australia, (3)RMIT Univ., Australia
In this paper, we discuss the characterization of light
SURSDJDWLRQ LQ PXOWLPRGH ¾EHU DQG LWV DSSOLFDWLRQ WR
telecommunications, imaging and fundamental physics.
7X(,QYLWHG
&RPSOLDQW3RO\PHU,QWHUIDFHIRU)LEHU&RQQHFWLRQ
of Nanophotonic Waveguides
Hidetoshi Numata
IBM Research – Tokyo, Japan
We developed a low loss polymer waveguide components
for near future silicon photonics packaging. We improved
the structure of the polymer waveguide connector and
realized a low loss single mode polymer waveguide MT
compatible connector.
Presiders: Ryo Takahashi (NTT Devise Technology Laboratories, Japan)
Tomoyuki Miyamoto (Tokyo Institute of Technology, Japan)
Hiroaki Harai (National Institute of Infomation and
Communications Technology (NICT), Japan)
7X',QYLWHG
Next-Generation Multimode Fibers
Pierre Sillard, Marianne Bigot-Astruc, Denis Molin,
Adrian Amezcua-Correa
Parc des Industries Artois Flandres, France
:HVKRZKRZPXOWLPRGH¾EHUVWKDWKDYHDOZD\VEHHQ
¿H[LEOH WUDQVPLVVLRQ PHGLD FDQ EH DGDSWHG WR QHZ
ZDYHOHQJWKGLYLVLRQPXOWLSOH[LQJ WHFKQLTXHV LQ GDWD
FRPPXQLFDWLRQV DQG PRGHGLYLVLRQPXOWLSOH[LQJ WHFKniques in telecommunications to keep up with capacity
increase.
7X(
+LJKO\(IÀFLHQW&LUFXODU+ROHV$GGHGD6L+
Grating Coupler with Metal Mirror for 3D Optical
Interconnects
JoonHyun Kang(1,2), Yuki Kuno(1), Kazuto Ito(1),
Yusuke Hayashi(1), Junichi Suzuki(1), Il-Ki Han(2),
Tomohiro Amemiya(1), Nobuhiko Nishiyama(1),
Shigehisa Arai(1)
(1)
Tokyo Institute of Technology, Japan, (2)Korea Institute
of Science and Technology, Republic of Korea
$PRQROLWKLFDOO\IDEULFDWHGDSRGL]HGD6L+JUDWLQJFRXpler with metal mirror was demonstrated. The minimum
groove length for the apodized grating was more than
QPDQGPHDVXUHGFRXSOLQJHI¾FLHQF\ZDV
16:00-17:30
$GYDQFHG2SWLFDO7HFKQRORJLHVIRU)XWXUH'DWD&HQWHU1HWZRUN
Session II: Optical switching technologies for future photonic
intra-DC networks
16:00-16:30 S3-4 (Invited)
7KH5ROHRI3KRWRQLFVLQ)XWXUH([DVFDOH'DWD
6\VWHPV
S. J. Ben Yoo
Univ. of California, USA
We discuss the role of photonics in our pursuit for future
H[DVFDOH GDWD V\VWHPV +LJKWKURXJKSXW ORZODWHQF\
ORZFRQWHQWLRQ DQG KLJKUDGL[ VZLWFKLQJ WRJHWKHU ZLWK
HQHUJ\HI¾FLHQW VLOLFRQ SKRWRQLFV LQWLPDWHO\ LQWHJUDWHG
with electronics will be vitally important.
16:30-17:00 S3-5 (Invited)
Burst-Mode Optical Packet Processing
7HFKQRORJLHV
Salah Ibrahim, Ryo Takahashi
NTT Corporation, Japan
We present a review for the burst-mode optical packet
processing technologies demanded in optical packet
VZLWFKHG 236 QHWZRUNV ZLWK IRFXV RQ UHFHQW UHVHDUFK
trends.
7X(
PP$U)LPPHUVLRQ/LWKRJUDSK\7HFKQRORJ\
Based Si-wire Grating Couplers with High Coupling
(IÀFLHQF\DQG/RZ&URVVWDON
Yohei Sobu, Seok-Hwan Jeong, Yu Tanaka, Ken Morito
Photonics Electronics Technology Research
Association (PETRA), Japan
The feasibility of the grating couplers was characterized
E\XVLQJ$U)LPPHUVLRQOLWKRJUDSK\7KHFRXSOLQJORVVRI
'DQG'*&ZDVPHDVXUHGWREH±G%DQG±G%
with good spectral uniformity.
7X'
6WDWLVWLFDO7UHDWPHQWRI,(((6SUHDGVKHHW0RGHO
IRU9&6(/PXOWLPRGH)LEHU7UDQVPLVVLRQV
Xin Chen, John Abbott, Dale Powers, Doug Coleman,
Ming-Jun Li
Corning Incorporated, USA
$VWDWLVWLFDOWUHDWPHQWLVDSSOLHGWR,(((VSUHDGVKHHWOLQN
PRGHOIRU9&6(/DQGPXOWLPRGH¾EHUWUDQVPLVVLRQ7KH
results reveal longer system reach capability compared to
XVLQJµZRUVW¶FDVHSDUDPHWHUVIRUWKHPDMRULW\RIFDVHV
7X(
*UDWLQJ%DVHG0RGH&RQYHUWHUV)DEULFDWHGE\
2QH6WHS3KRWROLWKRJUDSK\
Wei Jin, Kin Seng Chiang
City Univ. of Hong Kong, Hong Kong
We develop grating-based polymer-waveguide mode
converters with a one-step photolithography process,
which allows a grating to be formed anywhere on a waveJXLGH:HGHPRQVWUDWHWKH¿H[LELOLW\RIWKHSURFHVVZLWK
LP01-LP11b and LP01-LP21a mode converters.
7X(
6LJQLÀFDQW/RVV5HGXFWLRQRIG%FPRQ&RUH
7RS(WFKHG:DYHJXLGHIRU9HUWLFDO0XOWL0RGH
Interference
Ryosuke Sakata, Kazuhiro Tanabe, Haisong Jiang,
Kiichi Hamamoto
Kyushu Univ., Japan
Core-top etched waveguide has been proposed to realize
vertical multi-mode interference (MMI) toward higher
RUGHU /3 PRGHFRQYHUWHU 6LJQL¾FDQW ORVV UHGXFWLRQ RI
G%FPRQFRUHWRSHWFKHGZDYHJXLGHLVDFKLHYHGLQ
this work.
47
17:00-17:30 S3-6 (Invited)
High Performance DCN Architecture Based on
)ORZFRQWUROOHG2SWLFDO6ZLWFKLQJ6\VWHP
Nicola Calabretta, Wang Miao, Fulong Yan, Oded Raz
Eindhoven Univ. of Technology, the Netherlands
:HSUHVHQWDQRYHOKLJKSHUIRUPDQFH¿DW'&1HPSOR\ing bufferless and distributed sub-microsecond optical
switches with wavelength, space, and time switching opHUDWLRQ1XPHULFDODQGH[SHULPHQWDOLQYHVWLJDWLRQVLQGLFDWHSRWHQWLDOVFDODELOLW\RIWKH'&1WR3HWDELWVFDSDFLW\
Wednesday, July 6
Room A
:$ Access Network Evolution
Presider: Akio Tajima (NEC Corporation, Japan)
:$,QYLWHG
7XQDEOH2SWLFDO7HFKQRORJLHVIRU1H[W*HQHUDWLRQ
2SWLFDO$FFHVV6\VWHP
Kota Asaka
NTT Access Network Service Systems Laboratories,
Japan
7XQDEOHRSWLFDOFRPSRQHQWVIRUQH[WJHQHUDWLRQSDVVLYH
RSWLFDOQHWZRUNVWDJH1*321DQGWKHLUXVHVDUHUHYLHZHGLQWHUPVRIV\VWHPUHTXLUHPHQWV2XUGHYHORSHG
transceiver provides high-speed wavelength switching of
less than 200 ns.
Room B
Room C
:% Coherent Optical Comminucation
7HFKQRORJ\
:& Orbital Angular Momentum and SDM
5HODWHG7HFKQRORJ\
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Kazuro Kikuchi
The Univ. of Tokyo, Japan
:&7XWRULDO
On the Orbital Angular Momentum (OAM) of Light
in Fiber
Siddharth Ramachandran
Boston Univ., USA
Presider: Akihide Sano (NTT Corporation, Japan)
Presider: Bill Ping-Piu Kuc (Univ. of California San Diego, USA)
:$
6\PPHWULF[*ELWV7:'03217UDQVPLVVLRQ
E\8VLQJ6SHFWUXP5HVKDSLQJ
Yuan-Yuan Sung(1), Yu-Chang Liu(1),
Puspa Devi Pukhrambam(1), Hung-Wen Hung(2),
San-Liang Lee(1)
(1)
National Taiwan Univ. of Science and Technology,
Taiwan, (2)Tungnan Univ., Taiwan
6SHFWUDO UHVKDSLQJ LV XVHG WR ERWK HQKDQFH WKH GDWD
WUDQVPLVVLRQ ZLWK LQVXI¾FLHQW ODVHU EDQGZLGWK DQG SURvide wavelength-locking mechanism. 100-Gb/s over
NP60)LVGHPRQVWUDWHGERWKH[SHULPHQWDOO\DQGE\
simulation using four 10-Gb/s direct modulation lasers.
:$
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Access Network Design
Takuya Tsutsumi, Yu Nakayama, Shunsuke Kanai,
Manabu Kubota, Akihiro Otaka
NTT Access Service Systems Laboratories, Japan
:HSURSRVHDQDXWRFRQ¾JXUDWLRQRSWLFDODPSOL¾HU$&
2$IRUSDVVLYHRSWLFDOQHWZRUNVLWFDQ¿H[LEO\RSHUDWH
DVHLWKHUDUHOD\RU&HQWUDO2I¾FHVHW2$E\DFRQWUROOHU
V\QFKURQL]HGZLWKDQH[WHUQDOGDWDEDVH
10:00-10:15 WA1-4
,QWHJUDWHG62,EDVHG5HFHLYHU0RGXOHIRU7:'0
PON
Y. Hsu(1), X. R. Wu(2),L. Y. Wei(1), K. Xu(3), C. W. Hsu(1),
J. Y. Sung(1), C. H. Yeh(4), H. K. Tsang(2), C. W. Chow(1)
(1)
National Chiao Tung Univ., Taiwan, (2)The Chinese
Univ. of Hong Kong, Hong Kong, (3)Harbin Institute of
Technology, China, (4)Feng Chia Univ., Taiwan
:H GHPRQVWUDWH D 62,EDVHG LQWHJUDWHG UHFHLYHU 5[
PRGXOH IRU WKH 7:'0321 7KH GRZQVWUHDP FDQ EH
GHPXOWLSOH[HG E\ D WXQDEOH GHPXOWLSOH[HU XVLQJ FDVcaded silicon-micro-ring and each channel is received by
germanium-on-silicon photodiode.
10:00-10:15 WC1-2
Gain Control in Multi-Core Erbium/Ytterbium-Doped
)LEHU$PSOLÀHUZLWK+\EULG3XPSLQJ
Makoto Yamada(1), Hirotaka Ono(2),
Tsukasa Hosokawa(3), Kentaro Ichii(3)
(1)
Osaka Prefecture Univ., Japan, (2)NTT Corporation,
Japan, (3)Fujikura Ltd., Japan
$K\EULGVFKHPHHPSOR\LQJFODGGLQJDQGFRUHSXPSLQJ
LQ D PXOWLFRUH HUELXP\WWHUELXPGRSHG ¾EHU DPSOL¾HU
0&(<')$ LV LQYHVWLJDWHG +\EULG SXPSLQJ DFKLHYHV
a small gain change against wavelength-division-multiSOH[LQJ:'0VLJQDOSRZHUOHYHODQGFKDQQHOQXPEHU
changes.
10:15-10:30 WA1-5
*ESV)XOO'XSOH[*+])UHTXHQF\6ORWVX':'0
Flexible Metro/Access Networks Based on VCSEL562$7UDQVFHLYHU
Jose A. Altabas(1), David Izquierdo(1,2), Jose A. Lazaro(3),
Ignacio Garces(1)
(1)
Univ. de Zaragoza, Spain, (2)Centro Univ. de
la Defensa (CUD), Spain, (3)Univ. Politècnica de
Catalunya, Spain
*ESV IXOOGXSOH[ *+] IUHTXHQF\ VORW LV SURSRVHG IRU
X':'0)OH[LEOH0HWUR$FFHVV1HWZRUNV7KHFRVWHIIHFWLYH 218 WUDQVFHLYHU LV EDVHG RQ 9&6(/ DV /2 IRU FRKHUHQW UHFHSWLRQ DQG VHHG IRU SKDVHPRGXODWHG 562$
SURYLGLQJG%RISRZHUEXGJHW
10:15-10:30 WC1-3
(IIHFWLYH$UHD0HDVXUHPHQWRI7ZR0RGH)LEHU
8VLQJ%LGLUHFWLRQDO27'57HFKQLTXH
Masaharu Ohashi, Shun Asuka, Yuji Miyoshi,
Hirokazu Kubota
Osaka Prefecture Univ., Japan
We propose a simple technique for measuring the effecWLYHDUHDRIDWZRPRGH¾EHUXVLQJELGLUHFWLRQDO27'5
We have successfully estimated the effective area distribution of the LP11 mode using our proposed technique.
48
Wednesday, July 6
Room D
Room E
Room F
:' Active Devices on Si
:( Nonlinear Devices
:) 3KRWRQLF6ZLWFKLQJ7HFKQRORJ\,
Presider: Noriyuki Yokouchi (Furukawa Electric Co., Ltd., Japan)
Presider: Masaya Notomi (NTT, Japan)
Presider: Katsuyuki Utaka (Waseda Univ., Japan)
:',QYLWHG
High-Speed Germanium-Based Waveguide ElectroAbsorption Modulator
P. De Heyn(1), S. A. Srinivasan(2), P. Verheyen(1),
R. Loo(1), I. De Wolf(1,3), S. Balakrishnan(1), G. Lepage(1),
D. Van Thourhout(2), M. Pantouvaki(1), P. Absil(1),
J. Van Campenhout(1)
(1)
Imec, Belgium, (2)Ghent Univ. - Imec, Belgium, (3)KU
Leuven, Belgium
Germanium-based waveguide electro-absorption modulators are reported in C- and L-band wavelength opHUDWLRQ DW *EV 15=22. ZLWK H[WLQFWLRQ UDWLR RI
!G%DW9SHDNWRSHDNDQGLQVHUWLRQORVVEHORZG%
7KHGHYLFHLVLPSOHPHQWHGLQDIXOO\LQWHJUDWHG6LSKRtonics platform on 200mm silicon-on-insulator wafer
ZLWK QP WRS 6L WKLFNQHVV :DIHUVFDOH SHUIRUPDQFH
GDWD FRQ¾UPV WKH PDQXIDFWXUDELOLW\ RI WKH GHYLFH 7KLV
demonstrates the great potential for realizing high-density and low-power silicon photonic transceivers for short
range interconnect.
:(,QYLWHG
Advances in Second Order Nonlinear Effect in
Silicon
P. Damas, X. Le Roux, M Berciano, G. Marcaud,
C. Alonso-Ramos, D. Benedikovic, E. Cassan,
D. Marris-Morini, L. Vivien
Univ. of Paris-Saclay, France
In this work, we present a theoretical model to determine
WKHVHFRQGRUGHUQRQOLQHDUFRHI¾FLHQWXQGHUVWUDLQJUDdient in silicon. Furthermore, carrier effect due to applied
HOHFWULF¾HOGKDVDOVREHHQWDNLQJLQWRDFFRXQWWRDQDO\]H
WKHREWDLQHGH[SHULPHQWDOSKDVHYDULDWLRQ
:),QYLWHG
NxN Wavelength Selective Switches
Hisato Uetsuka(1), Shu Namiki(1), Keiichi Sasaki(2)
(1)
National Institute of Advanced Industrial Science and
Technology (AIST), Japan, (2)Kitanihon Electric Cable
Corporation, LTD, Japan
$[:DYHOHQJWK6HOHFWLYH6ZLWFK:66LVSURSRVHGDQG
demonstrated. The cross-connect optics has the orthogonal imaging systems operating in the switching plane and
the dispersion one differently. The switching plane has
WKHI)RXULHURSWLFVZLWK5D\OHLJKOHQJWK2QWKHRWKHU
hand, the dispersion plane has the 4f- imaging optics.
7ZR W\SHV RI VZLWFKLQJ HQJLQH DV 0(06 0LUURUV DQG
/LTXLG&U\VWDORQ6LOLFRQ/&26DUHDSSOLHGIRUWKHVDPH
FURVVFRQQHFW RSWLFV 7KH :66 ZLWK 0(06 0LUURUV KDV
the 100GHz channel spacing compatible to the ITU-grid.
2QWKHRWKHUKDQGWKH:66ZLWK/&26KDVWKHYDULDEOH
channel spacing.
:(
Multiple Optical Carrier Generation Using Multiple
QPM Device
Kazuki Nakamura(1), Hin Channa(1), Masaki Asobe(1),
Takeshi Umeki(2), Hirokazu Takenouchi(2)
(1)
Tokai Univ., Japan, (2)NTT Device Technology
Laboratories, Japan
3KDVHPDWFKLQJRIPXOWLSOH430/L1E23 waveguide was
evaluated in the presence of high power second harmonLFOLJKW%DVHGRQWKHFKDUDFWHUL]DWLRQ ZHGHPRQVWUDWH
multiple carrier generation using multi-stage frequency
PL[LQJLQPXOWLSOH430GHYLFH
:)
Wavelength Selective Switch for Multi-core Fiber
Based Space Division Multiplexed Network with
&RUHE\FRUH6ZLWFKLQJ&DSDELOLW\
Kenya Suzuki, Mitsumasa Nakajima, Keita Yamaguchi,
Goh Takashi, Yuichiro Ikuma, Kota Shikama,
Yuzo Ishii, Mikitaka Itoh, Mitsunori Fukutoku,
Toshikazu Hashimoto, Yutaka Miyamoto
NTT Corporation, Japan
:HGHPRQVWUDWHDFRUH0&)[ZDYHOHQJWKVHOHFWLYH
VZLWFK :66 IRU D VSDFH GLYLVLRQ PXOWLSOH[HG QHWZRUN
ZLWK FRUHE\FRUH VZLWFKLQJ FDSDELOLW\ E\ D :66 PXOWLSOH[LQJWHFKQLTXHXVLQJVSDWLDODQGSODQDURSWLFDOFLUFXLW
platform with a laser-inscribed fan-in/fan-out.
:'
Low-Voltage Carrier-Depletion Silicon Mach=HKQGHU0RGXODWRUDW+LJK7HPSHUDWXUHVZLWKRXW
7KHUPR(OHFWULF&RROLQJ
Norihiro Ishikura(1), Kazuhiro Goi(1), Hiroki Ishihara(1),
Shinichi Sakamoto(1), Kensuke Ogawa(1),
Tsung-Yang Liow(2), Xiaoguang Tu(2), Guo-Qiang Lo(2),
Dim-Lee Kwong(2)
(1)
Fujikura Ltd., Japan, (2)Institute of Microelectronics,
Singapore
+LJKH[WLQFWLRQUDWLR *EV PRGXODWLRQ LQ FDUULHUGHSOHWLRQVLOLFRQ0DFK=HKQGHUPRGXODWRULVGHPRQVWUDWHG
ZLWK5)DPSOLWXGHDVORZDV9SSDWWHPSHUDWXUHVXS
WRÚ&ZLWKRXWWKHUPRHOHFWULFFRROLQJ$OJHEUDLFUHSUHVHQWDWLRQRI'&RSWLFDOFKDUDFWHULVWLFVLVSUHVHQWHG
:'
+LJKHIÀFLHQF\6LOLFRQ2SWLFDO0RGXODWRU8VLQJD6L1
strip Loaded Waveguide on the Photonic SOI Platform
Guangwei Cong, Yuriko Maegami, Morifumi Ohno,
Makoto Okano, Koji Yamada
National Inst. of Adv. Industrial Sci. and Tech. (AIST), Japan
We proposed a novel silicon optical modulator using the
6L1VWULSORDGHGZDYHJXLGHLQVWHDGRIWKHVKDOORZHWFKHG
ULEZDYHJXLGH7KLVPRGXODWRUFDQVKRZDaWLPHVPD[LPXP HI¾FLHQF\ HQKDQFHPHQW WKDQ WKH FRQYHQWLRQDO
rib-waveguide based lateral PN modulator.
10:00-10:15 WD1-4
ȞP')%/DVHUȞ3ODWIRUP/LJKW6RXUFH6XLWDEOH
for Silicon Photonics Platform
Takanori Suzuki(1), K. R. Tamura(2), Koichiro Adachi(1),
Aki Takei(1), Akira Nakanishi(2), Kazuhiko Naoe(2),
Kouji Nakahara(2), Shigehisa Tanaka(2)
(1)
Hitachi, Ltd., Japan, (2)Oclaro Japan, Inc., Japan
We fabricated a light source based on a lens-integrated
surface-emitting laser µ-platform for silicon photonics
SODWIRUPV$ORZFRXSOLQJORVVWRVLOLFRQSKRWRQLFVSODWIRUPRIG%ZDVDFKLHYHGE\RSWLPL]LQJGHVLJQRIWKH
laser µ-platform.
10:15-10:30 WD1-5
+\EULG6LOLFRQEDVHG7XQDEOH/DVHUZLWK,QWHJUDWHG
5HÁHFWLYLW\WXQDEOH0LUURU
G. de Valicourt(1), C. Gui(1,3), A. Melikyan(1), P. Dong(1),
C-M. Chang(1), A. Maho(2), R. Brenot(2), Y. K. Chen(1)
(1)
Alcatel-Lucent, USA, (2)‘Thales Research and
Technology’ and ‘CEA Leti’, France, (3)Huazhong Univ.
of Science and Technology, China
We propose a novel hybrid silicon-based laser with inteJUDWHGYDULDEOHUH¿HFWLYLW\PLUURU7KHVLQJOHULQJODVHULV
WXQDEOHRYHUQPZLWKKLJK60657KHDGMXVWPHQWRIWKH
PLUURUUH¿HFWLYLW\DOORZVFRQWUROOLQJODVHUVFKDUDFWHULVWLFV
:(
)DEULFDWLRQRI+LJK2SWLFDO4XDOLW\)DFWRU)UHH
Standing As2S3 Microdisk Resonators on a Silicon
Chip
Mingxiao Zhao(1), Mingming Zhao(1), Xiaoshun Jiang(1),
Yuan Chen(1), Jiyang Ma(1), Min Xiao(1,2)
(1)
Nanjing Univ., China., (2)Univ. of Arkansas, USA
:H GHPRQVWUDWH D FKLSEDVHG IUHHVWDQGLQJ $V263 miFURGLVNUHVRQDWRUZLWKD4IDFWRURIî5. The critical
FRXSOLQJFRQGLWLRQLVDFKLHYHGE\HI¾FLHQWO\FRXSOLQJWKH
PRGHVRIWKHPLFURUHVRQDWRUZLWKDWDSHUHGRSWLFDO¾EHU
:)
Demonstration of 1,440x1,440 Fast Optical Circuit
Switch for Datacenter Networking
Koh Ueda(1), Yojiro Mori(1), Hiroshi Hasegawa(1),
Hiroyuki Matsuura(2), Kiyo Ishii(2), Haruhiko Kuwatsuka(2),
Shu Namiki(2), Toshio Watanabe(3), Ken-ichi Sato(2,1)
(1)
Nagoya Univ., Japan, (2)National Institute of Advanced
Industrial Science and Technology (AIST), Japan, (3)
NTT Device Innovation Center, Japan
We propose a fast and large-scale optical circuit-switch
DUFKLWHFWXUH IRU LQWUDGDWDFHQWHU DSSOLFDWLRQV $
[ RSWLFDO VZLWFK LV GHVLJQHG DQG WHVWHG ZLWK
ZDYHOHQJWK VLJQDOV LQ WKH IXOO & EDQG WKH ZRUVW
switching time is 498 microseconds.
10:00-10:15 WE1-4
:DYHOHQJWK0RGXODWLRQ6SHFWURVFRS\RI
)RUPDOGHK\GH8VLQJȞP')*/DVHU
Ryohei Fujisawa(1), Masaki Asobe(1),
Akira Katoh(1), Shigeru Yamaguchi(1), Akio Tokura(2),
Hirokazu Takenouchi(2)
(1)
Tokai Univ., Japan, (2)NTT Corporation, Japan
(IIHFWRIPRGXODWLRQFRQGLWLRQRI—P')*ODVHURQLQtensity noise in wavelength modulation spectroscopy was
studied. The reduction of the intensity noise enabled real
time detection of formaldehyde without baseline subtraction.
10:00-10:15 WF1-4
32x32 Silicon Photonic Switch
Dritan Celo(1), Dominic J. Goodwill(1), Jia Jiang(1),
Patrick Dumais(1), Chunshu Zhang(1), Fei Zhao(2),
Xin Tu(2), Chunhui Zhang(2), Shengyong Yan(2),
Jifang He(2), Ming Li(2), Wanyuan Liu(2), Yuming Wei(2),
Dongyu Geng(2), Hamid Mehrvar(1), Eric Bernier(2)
(1)
Huawei Technologies Canada Co., Ltd., Canada, (2)
Huawei Technologies Co. Ltd., China
/LJKWSDWKV DUH VZLWFKHG LQ D î VLOLFRQ SKRWRQLF
VZLWFK ZLWK WKHUPRRSWLF 0DFK=HKQGHUV DQG monolithic monitor photodiodes. It is packaged in a
&%*$ZLWK¾EHUULEERQDQGHYHU\FHOOKDVDQRIIFKLS
control circuit.
10:15-10:30 WE1-5
Chirp-free Spectral Compression of Parabolic
Pulses in Silicon Nitride Channel Waveguides
Chao Mei, Jinhui Yuan, Kuiru Wang, Xinzhu Sang,
Chongxiu Yu
(1)
Beijng Univ. of Posts and Teleommunications, China,
(2)
Hong Kong Polytechnic Univ., Hong Kong
$SUDFWLFDOVFKHPHLVSUHVHQWHGWRDFKLHYHVSHFWUDOFRPpression of highly chirped parabolic pulses in a 4-cm
ORQJ 6L3N4 channel waveguides. Chirp-free pulses with
G%SHGHVWDOVDQGDFRPSUHVVLRQUDWLRRIDUH
obtained.
10:15-10:30 WF1-5
Silicon Photonics Optical Switch based on Ring Resonator
Antoine Descos(1), M. Ashkan Seyedi(1),
Chin-Hui Chen(1), Marco Fiorentino(1),
François Vincent(2), David Penkler(2,3),
Bertrand Szelag(3), Raymond G. Beausoleil(1)
(1)
Hewlett Packard Labs, USA, (2)Hewlett Packard
Enterprise, France, (3)CEA-LETI, France
2SWLFDO VZLWFKHV EDVHG RQ ULQJ UHVRQDWRU FDYLWLHV DUH
fabricated in a silicon photonics foundry process and anDO\]HG(IIHFWLYHVZLWFKLQJZLWK3L1MXQFWLRQLVVKRZQ
for a 20Gbps signal with a bias voltage as low as 1 volt.
49
Wednesday, July 6
Room A
WA3
14:00-15:30
Network Virtualization (I)
Presider: Takaya Miyazawa (National Institute of Information
and Communications Technology (NICT), Japan)
14:00-14:30 WA3-1 (Invited)
6'11)92UFKHVWUDWLRQRI0XOWLWHFKQRORJ\DQG
Multi-domain Networks in Cloud/Fog Architectures
for 5G Services
Ricard Vilalta, Arturo Mayoral, Ramon Casellas,
Ricardo Martínez, Raul Muñoz
Centre Tecnològic de Telecomunicacions de Catalunya
(CTTC), Spain
7KLVSDSHUSUHVHQWVDQ6'11)9DUFKLWHFWXUHIRUGHOLYHU\
of future 5G services across multiple technological and
administrative networks, including massive computing
resources, which might be centralized or distributed,
which are able to offer virtualized functions.
Room B
Room C
S2
14:00-15:30
Space division multiplexing: present
situation and future prospects
WC3 14:00-15:30
Fiber Sensors
Presiders: Akihide Sano (NTT Network Innovation Laboratories, Japan)
Ryuichi Sugizaki (Furukawa Electric, Japan)
Presider: Linjie Zhou (Shanghai Jiao Tong Univ., China)
14:00-14:30 S2-1 (Invited)
Ultra-Dense Space-Division-Multiplexing Optical
Fibers
Tetsuya Hayashi
Sumitomo Electric Industries, Ltd., Japan
7KLV WDON ZLOO UHYLHZ XOWUDGHQVH 6'0 ¾EHUV IRU RSWLFDO
FRPPXQLFDWLRQV VXFK DV WKH PXOWLFRUH ¾EHU ZLWK WKH
LPSURYHG VSDWLDO FDSDFLW\ IHZPRGH PXOWLFRUH ¾EHUV
supporting 100+ spatial modes, and the 125-µm-cladGLQJ FRUH ¾EHU RSWLPL]HG IRU 2EDQG VKRUWUHDFK LQterconnects.
14:00-14:15 WC3-1
Fiber-optic Guided-acoustic-wave Brillouin
6FDWWHULQJ2EVHUYHGZLWK3XPSSUREH7HFKQLTXH
Neisei Hayashi(1), Heeyoung Lee(2), Yosuke Mizuno(2),
Kentaro Nakamura(2)
(1)
The Univ. of Tokyo, Japan, (2)Tokyo Institute of
Technology, Japan
:HREVHUYHJXLGHGDFRXVWLFZDYH%ULOORXLQVFDWWHULQJLQ
RSWLFDO ¾EHUV EDFNZDUG XVLQJ D SXPSSUREH WHFKQLTXH
and investigate its spectral dependence on pump/probe
powers, proving the usefulness of this technique for distributed sensing with a high signal-to-noise ratio.
14:30-14:45 WA3-2
6RIWZDUHGHÀQHG2SWLFDO7UDQVPLVVLRQDQG
Networking with Functional Service Design
Xiaoyuan Cao, Noboru Yoshikane, Koki Takeshima,
Ion Popescu, Takehiro Tsuritani, Itsuro Morita
KDDI R&D Laboratories, Japan
$ VHUYLFH GHVLJQ FRQFHSW LV LQWURGXFHG LQWR WKH RSWLFDO
transport network. Customized and orchestrated optical
WUDQVPLVVLRQLVUHDOL]HGE\FRRUGLQDWLQJDQGUHFRQ¾JXUing the sharable virtualized optical functions, while better
¿H[LELOLW\LVSURYLGHGIRURSWLFDOQHWZRUNLQJ
14:30-15:00 S2-2 (Invited)
Recent Progress in Mode Multiplexing Devices
Using Multi-Plane Light Conversion
Guillaume Labroille, Pu Jian, Nicolas Barré,
Bertrand Denolle, Jean-François Morizur
CAILabs SAS, France
:H UHSRUW D VSDWLDO PRGH PXOWLSOH[HU EDVHG RQ WKH
technique of Multi-Plane Light Conversion. The device
VKRZVLQVHUWLRQORVVEHORZG%DQGG%PRGHVHOHFtivity across the full C+L-band.
14:15-14:30 WC3-2
'LVWULEXWHG+\GURVWDWLF3UHVVXUH0HDVXUHPHQW
%DVHGRQ%ULOORXLQ'\QDPLF*UDWLQJLQ3RODUL]DWLRQ
Maintaining Fibers
Yong Hyun Kim, Hong Kwon, Jeongjun Kim,
Kwang Yong Song
Chung-Ang Univ., Republic of Korea
'LVWULEXWHG PHDVXUHPHQW RI K\GURVWDWLF SUHVVXUH LV
demonstrated based on optical time domain analysis of
%ULOORXLQG\QDPLFJUDWLQJ%'*LQSRODUL]DWLRQPDLQWDLQLQJ¾EHUV30)¶V6SHFWUDOVKLIWRIWKH%'*LVDQDO\]HG
as a function of hydrostatic pressure from 14.5 psi (1 bar)
WRSVLEDUXVLQJERZWLH30)¶VDQGSKRWRQLF
crystal PMF (PM-PCF) with 1 m spatial resolution. The
H[SHULPHQWDO UHVXOWV VKRZ WKH SUHVVXUH VHQVLWLYLWLHV RI
DQG 0+]SVL IRU ERZWLH 30)¶V DQG MHz/psi for the PM-PCF, respectively.
14:45-15:00 WA3-3
Multi-Stratum Optimization with Routing Radio and
Spectrum Allocation for Cloud Radio over Fiber
Networks
Hui Yang, Wei Bai, Ao Yu, Jie Zhang
Beijing Univ. of Posts and Telecommunications, China
We present a multi-stratum optimization architecture
with routing, radio and spectrum allocation for cloud
UDGLRRYHU¾EHUQHWZRUNV7KHRYHUDOOIHDVLELOLW\DQGHI¾FLHQF\RIWKHSURSRVHGDUFKLWHFWXUHDUHH[SHULPHQWDOO\
YHUL¾HGRQRXUWHVWEHG
15:00-15:30 S2-3 (Invited)
Switching Solutions for Spatial and Spectral
Multiplexed Networks
Dan M. Marom
Hebrew Univ. of Jerusalem, Israel
6SDFHGLYLVLRQPXOWLSOH[LQJRIIHUVDWUDQVPLVVLRQFDSDFLW\
PXOWLSOLHULQ¾EHUOLQNVLQDGYDQFHRIWKHORRPLQJµFDSDFLW\FUXQFK¶SURMHFWHGIRU60)EDVHGV\VWHPV:HSUHVHQW
HI¾FLHQWDQGFRVWHIIHFWLYHVZLWFKLQJVROXWLRQVIRU:'0
6'0FKDQQHOURXWLQJ
14:30-14:45 WC3-3
$0XOWLFDYLW\)LEHU)DEU\²3pURW,QWHUIHURPHWHUIRU
Sensing Multiple Parameters
Wei-Kang Chang(1), Meng-Shan Wu(1),
Chung-Hao Tseng(1), Pin Han(2), Cheng-Ling Lee(1)
(1)
National United Univ., Taiwan, (2)National Chung
Hsing Univ., Taiwan
:H GHYHORS D PLFURFDYLW\¾EHU)DEU\3pURWLQWHUIHURPHWHUZKLFKFDQVLPXOWDQHRXVO\PHDVXUHH[WHUQDOUHIUDFWLYHLQGH[5,DQGYLEUDWLRQVRIVXUURXQGLQJ([SHULPHQtal results show linear responses of RI measurement and
JRRGLGHQWL¾HG615RYHUG%RIYLEUDWLRQPHDVXUHPHQW
can be obtained.
14:45-15:00 WC3-4
+LJK6HQVLWLYLW\)LEHU2SWLF&XUUHQW6HQVRU%DVHG
on Recirculating Fiber Loop
Yemeng Tao, Jiangbing Du, Lin Ma, Shuai Wang,
Yinping Liu, Wenjia Zhang, Zuyuan He
Shanghai Jiao Tong Univ., China
:H SURSRVH KLJK VHQVLWLYLW\ ¾EHU RSWLF FXUUHQW VHQVRU
EDVHG RQ UHFLUFXODWLQJ ¾EHU ORRS DUFKLWHFWXUH :H H[perimentally achieved a sensitivity of 11.5 degrees per
DPSHUH DQG D UHVROXWLRQ RI P$ XVLQJ VWDQGDUG VLQJOHPRGH¾EHU
15:00-15:15 WA3-4
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Algorithm for Elastic Lambda Aggregation Network
Hiroyuki Saito, Naoki Minato, Shuko Kobayashi,
Hideaki Tamai
Oki Electric Industry Co., Ltd., Japan
$GDSWLYHEDQGZLGWKDOORFDWLRQDOJRULWKPLVSURSRVHGIRU
HODVWLF ODPEGD DJJUHJDWLRQ QHWZRUN 6LPXODWLRQ UHVXOWV
VKRZWKDWWKHSURSRVHGDOJRULWKPLV¿H[LEO\DSSOLFDEOHWR
QHWZRUNFRQGLWLRQVDQGFDQNHHSKLJKVSHFWUXPHI¾FLHQF\LQDQ\WUDI¾FVFHQDULRV
15:00-15:15 WC3-5
Fabrication and Characterization of Lanthanum
Boroaluminosilicate Glass Fiber for Magnetooptical Device Applications
Kadathala Linganna(1), Seongmin Ju(1),
Bok Hyeon Kim(2), Won-Taek Han(1)
(1)
Gwangju Institute of Science and Technology,
Republic of Korea, (2)Advanced Photonics Research
Institute, Republic of Korea
We fabricated and characterized a lanthanum boroalumiQRVLOLFDWHJODVV¾EHUIRUPDJQHWRRSWLFDOGHYLFHDSSOLFDWLRQVDQGLWV9HUGHWFRQVWDQWZDVIRXQGWREHUDG
(T·m), which is larger than those of the commercial and
FRUHOHVVPXOWLPRGH¾EHUV
15:15-15:30 WC3-6
+LJK6HQVLWLYLW\&XUYDWXUH6HQVRU%DVHGRQ0RGDO
Interferometer for Vibration Detection
Li Liu, Ping Lu, Shun Wang, Hao Liao, Wenjun Ni,
Xin Fu, Xinyue Jiang, Deming Liu
Huazhong Univ. of Science and Technology, China
We proposed a novel in-line modal interferometer based
RQ PXOWLPRGHVLQJOH PRGHPXOWLPRGH ¾EHU 060
VWUXFWXUH$QGWKH060VWUXFWXUHZLWKDYHU\KLJKFXUYDWXUHVHQVLWLYLW\RIG%P-1 is applied for vibration
detection.
50
Wednesday, July 6
Room D
Room E
Room F
WD3 14:00-15:30
Lasers for Communications
WE3
14:00-15:30
Dispersion Control
WF3
14:00-15:30
3KRWRQLF6ZLWFKLQJ7HFKQRORJ\,,
Presider: Hiroyuki Ishii (NTT Device Technology Laboratories, Japan)
Presider: Masaki Asobe (Tokai Univ., Japan)
14:00-14:30 WD3-1 (Invited)
0HPEUDQH'LVWULEXWHGUHÁHFWRU/DVHUV
Shigehisa Arai, Nobuhiko Nishiyama,
Tomohiro Amemiya, Takuo Hiratani, Daisuke Inoue
Tokyo Institute of Technology, Japan
—P ZDYHOHQJWK *D,Q$V3,Q3 PHPEUDQH GLVWULEXWHGUH¿HFWRU ODVHUV IRU RQFKLS RSWLFDO LQWHUFRQQHFWV ZLOO
EHSUHVHQWHG)DLUO\ORZWKUHVKROGFXUUHQW—$DQG
asymmetric output characteristic were obtained with the
')%VHFWLRQOHQJWKRI—P
14:00-14:30 WE3-1 (Invited)
Slow Light Devices in Silicon Photonics
Toshihiko Baba
Yokohama National Univ., Japan
Photonic crystal slow light waveguides fabricated by
&026 SURFHVV DGG YDOXHV WR 6L SKRWRQLFV GHYLFHV
—PORQJSUDFWLFDO*ESV0=PRGXODWRUVORZFRVW
VXEEDQGJDS6LSKRWRGLRGHVDWZDYHOHQJWKVDURXQG
µm, and on-chip optical correlators are demonstrated.
14:00-14:30 WF3-1 (Invited)
Optical Switching Functions Using Integrated
Silicon-based Devices
G. de Valicourt
Alcatel-Lucent, USA
We review the recent achievements done in optical slot
switched technology using silicon-based photonic integrated circuit. Monolithic integrated slot-blocker and a
dual-hybrid cavity laser for fast wavelength switching are
reported.
14:30-14:45 WD3-2
Ultra Low Power Consumption Operation of SOA
Assisted Extended Reach EADFB Laser (AXEL)
Wataru Kobayashi, Naoki Fujiwara, Takahiko Shindo,
Shigeru Kanazawa, Koichi Hasebe, Hiroyuki Ishii,
Mikitaka Itoh
NTT Corporation, Japan
We propose a novel structure to reduce the power conVXPSWLRQ DQG H[WHQG WKH WUDQVPLVVLRQ GLVWDQFH RI D
*ELWV—P($')%ODVHU7KHSRZHUFRQVXPSWLRQ
LV UHGXFHG E\ DQG WKH WUDQVPLVVLRQ GLVWDQFH LV H[tended.
14:30-14:45 WE3-2
'HVLJQRI'RXEOHVORWWHG+LJK43KRWRQLF&U\VWDO
1DQRFDYLW\)LOOHGZLWK(OHFWURRSWLF3RO\PHU
Masahiro Nakadai, Ryotaro Konoike, Yoshinori Tanaka,
Takashi Asano, Susumu Noda
Kyoto Univ., Japan
:H GHVLJQ D GRXEOHVORWWHG 6LQDQRFDYLW\ HPEHGGHG
ZLWKHOHFWURRSWLFSRO\PHU(23IRUUHDOL]DWLRQRIHOHFWURQLFFRQWURORIUHVRQDQWZDYHOHQJWKLQKLJK4QDQRFDYLWLHVZKLFKFDQDFKLHYHKLJK4DQGVWURQJFRQFHQWUDWLRQ
RIOLJKWLQ(23UHJLRQ
14:30-14:45 WF3-2
,QWHJUDWHG)DW7UHH2SWLFDO6ZLWFKZLWK&DVFDGHG
0=,VDQG($0*DWH$UUD\
Yusuke Muranaka, Toru Segawa, Ryo Takahashi
NTT Corporation, Japan
$îIDWWUHHRSWLFDOVZLWFKZLWKDKLJKH[WLQFWLRQUDWLR
RI PRUH WKDQ G% KDV EHHQ GHPRQVWUDWHG ZKLFK WRgether with the low-intrinsic loss elucidate the advantage
RIWKH0=,VDQG($0JDWHVFRPELQDWLRQ
14:45-15:00 WD3-3
8QFRROHG*EV7UDQVPLVVLRQRYHUNP
8VLQJDȞP'LUHFWO\0RGXODWHG')%/DVHULQD
72&$13DFNDJH
Seiki Nakamura, Mizuki Shirao, Masamichi Nogami
Mitsubishi Electric Corporation, Japan
:H GHYHORSHG DQ XQFRROHG 72&$1 SDFNDJHG —P
GLUHFWO\PRGXODWHG')%ODVHUIRU*EVDSSOLFDWLRQV
Clear eye diagrams were obtained complying with the
*%$6(/5PDVNIURPíƒ&WRƒ&RYHUNPRI
60)
14:45-15:00 WE3-3
Experimental report for dispersion engineering of
VLOLFRQVORWSKRWRQLFFU\VWDOZDYHJXLGHV
Samuel Serna, Weiwei Zhang, Xavier Le Roux,
Laurent Vivien, Eric Cassan
Univ. Paris Saclay, France
:HSUHVHQWDULJRURXVQXPHULFDODQGWKH¾UVWH[SHULPHQtal study of the dispersion properties of slot photonic
FU\VWDOZDYHJXLGHVDVDIXQFWLRQRIWKHUHIUDFWLYHLQGH[
FODGGLQJDQGWKHWDUJHWHGJURXSLQGH[
14:45-15:15 WF3-3 (Invited)
Integrated InP Optical Switch Matrices Performance
for Packet Data Networks
(Patty) Ripalta Stabile
Eindhoven Univ. of Technology, the Netherlands
The current status in InP integrated photonics for largescale optical switch matrices is reviewed with regard to
optical and electrical energy challenges. Projected performances are shown and strategies for improvements
are discussed.
15:00-15:15 WD3-4
Stabilization of 14xx-nm High Power
6HPLFRQGXFWRU/DVHU%\6LQJOH)LEHU%UDJJ
*UDWLQJ&RQÀJXUDWLRQ
Hideaki Hasegawa, Taketsugu Sawamura,
Junji Yoshida, Noriyuki Yokouchi
Furukawa Electric Co., Ltd., Japan
2XWSXWSRZHUVWDELOL]DWLRQRI[[QPKLJKSRZHUVHPLFRQGXFWRU ODVHU LV DFKLHYHG E\ XVLQJ VLQJOH ¾EHU %UDJJ
JUDWLQJZLWKUHODWLYHO\ORZUH¿HFWLYLW\DQGODUJHH[WHUQDO
FDYLW\OHQJWK:HOOVXSSUHVVHGVWLPXODWHG%ULOORXLQVFDWWHULQJLVFRQ¾UPHGIRU5DPDQDPSOL¾HUDSSOLFDWLRQV
15:00-15:15 WE3-4
Silicon Polarizing Beam Splitter Based on
$V\PPHWULF6ORW:DYHJXLGH
Jijun Feng(1), Ryoichi Akimoto(2), Heping Zeng(1,3)
(1)
Univ. of Shanghai for Science and Technology, China,
(2)
National Institute of Advanced Industrial Science and
Technology, Japan, (3)East China Normal Univ., China
6LOLFRQ SRODUL]LQJ EHDP VSOLWWHU LV GHVLJQHG DQG IDEULFDWHG ZLWKRXW DGRSWLQJ VWULSVORW PRGH FRQYHUWHUV $Q
asymmetric slot waveguide structure can realize a TM
OLJKWFURVVFRXSOLQJZLWKDVWULSZDYHJXLGHZKLOHOLWWOH7(
light coupling can happen.
15:15-15:30 WD3-5
Fast Wavelength Switching of DFB LD
Yuto Ueno, Keita Mochizuki, Kiyotomo Hasegawa,
Masamichi Nogami, Hiroshi Aruga
Mitsubishi Electric Corporation, Japan
$IDVWZDYHOHQJWKVZLWFKLQJPHWKRGIRU')%/'VLVVWXGied. The switching time is 86 ms. We also show that a
wide tuning range can be obtained by improving the heat
FRQ¾QHPHQWLQWKH/'
15:15-15:30 WE3-5
3DULW\7LPH6\PPHWULF&RXSOHG5HVRQDWRU
:DYHJXLGHZLWK3KRWRQLF&U\VWDO1DQRFDYLWLHV
Kenta Takata, Masaya Notomi
NTT Corporation, Japan
We propose a parity-time symmetric coupled resonator
waveguide based on buried heterostructure photonic
crystal nanocavities. We show theoretically the potential
to greatly tune its group velocity using the parity-time
SKDVHWUDQVLWLRQIRUWKH¾UVWWLPH
51
Presider: Junya Kurumida (National Institute of Advanced
Industrial Science and Technology (AIST), Japan)
15:15-15:30 WF3-4
QP+LJKFDSDFLW\:DYHEDQG6ZLWFK1RGHIRU
Flat Optical Data Center Networks
Wang Miao, Huug de Waardt, Nicola Calabretta
Eindhoven Univ. of Technology, The Netherlands
:DYHEDQG VZLWFKLQJ FDSDELOLW\ RI QP 62$EDVHG
VFDODEOH DQG ¿RZFRQWUROOHG RSWLFDO VZLWFKLQJ QRGH LV
DVVHVVHG([SHULPHQWDOUHVXOWVVKRZQDQRVHFRQGVRSHUDWLRQRISRUWVZLWFKQRGHDW*EV:'0î*EV
ZLWK!G%G\QDPLFUDQJHDQGG%SHQDOW\
Wednesday, July 6
Room A
Room B
Room C
WA4
16:00-17:30
Network Virtualization (II)
S2
16:00-17:30
Space division multiplexing: present
situation and future prospects
WC4 16:00-17:30
Fiber Characterization
Presider: Hiroshi Hasegawa (Nagoya Univ., Japan)
Presiders: Akihide Sano (NTT Network Innovation Laboratories, Japan)
Ryuichi Sugizaki (Furukawa Electric., Ltd., Japan)
Presider: Yusuke Koshikiya (NTT, Japan)
16:00-16:30 WA4-1 (Invited)
Resilient Virtual Optical Network Provisioning over
6RIWZDUH'HÀQHG2SWLFDO1HWZRUNV
Xi Wang, Inwoong Kim, Qiong Zhang,
Paparao Palacharla, Tadashi Ikeuchi
Fujitsu Laboratories of America, Inc., USA
5HVLOLHQF\RIWKHYLUWXDOL]DWLRQOD\HULQVRIWZDUHGH¾QHG
optical networks is key for on-demand high-bandwidth
services. We propose a resilient virtualization solution
WKDW FDQ UHOD[ WKH UHOLDELOLW\ RI SK\VLFDO RSWLFDO QRGHV
while providing highly-available services.
16:30-17:00 WA4-2 (Invited)
1)9DQG6'1IRU1H[W7HOHFRP&ORXGDQG&RUH
Networking
Michiaki Hayashi
KDDI R&D Laboratories Inc., Japan
,PSRUWDQFH RI 1)9 DQG 6'1 WRZDUGV * LV GHVFULEHG
ZLWK IXWXUH VFHQDULRV DQG FRQVHTXHQW LVVXHV $Q DXWRPDWHGVFDODEOHFRPPRQ1)9,SODWIRUPZLWKDWHFKQLTXH
to manage packet processing performance considering
GDWDLQWHQVLYH91)VLVLQWURGXFHG
16:00-16:30 S2-4 (Invited)
0RGH0XOWLSOH[HG7UDQVPLVVLRQRYHU0XOWLPRGH
Fibers
R. Ryf, H. Chen, N. K. Fontaine
Nokia Bell Labs, USA
:H UHSRUW DERXW PRGHPXOWLSOH[HG WUDQVPLVVLRQ RYHU
PXOWLPRGH¾EHUZLWKVSDWLDOPRGHV,QSDUWLFXODUZH
GHVFULEHWKHODWHVWSURJUHVVLQWUDQVPLVVLRQH[SHULPHQWV
PRGHPXOWLSOH[HUV RSWLFDO DPSOL¾HUV DQG ZDYHOHQJWK
selective switches.
16:30-17:00 S2-5 (Invited)
8OWUDKLJKFDSDFLW\7UDQVPLVVLRQRYHU)HZPRGH
Multi-core Fibers
Koji Igarashi(1,2), Takehiro Tsuritani(1), Itsuro Morita(1)
(1)
KDDI R&D Laboratories, Inc., Japan, (2)Osaka Univ.,
Japan
:HSUHVHQWXOWUDGHQVH6'06XSHU1\TXLVW:'0WUDQVPLVVLRQRYHUNPVL[PRGHQLQHWHHQFRUH¾EHUVZLWK
a spatial multiplicity of 114, achieving a transmission
capacity of 2.05 Pbit/s with a record aggregate spectral
HI¾FLHQF\RIELWV+]LQ&EDQG
16:00-16:15 WC4-1
8OWUD+LJK5HVROXWLRQ27'5EDVHGRQ/LQHDU
Optical Sampling
Shuai Wang, Xinyu Fan, Bin Wang, Guangyao Yang,
Qingwen Liu, Zuyuan He
Shanghai Jiao Tong Univ., China
:H GHPRQVWUDWH DQ RSWLFDO WLPH GRPDLQ UH¿HFWRPHWU\
EDVHGRQOLQHDURSWLFDOVDPSOLQJ/267DNLQJDGYDQWDJH
of its ultrahigh bandwidth and low timing jitter, we obtained a spatial resolution of 620 µm at 100 m.
16:15-16:30 WC4-2
Polarization Fading Elimination in Phase- Extracted
27'5IRU'LVWULEXWHG)LEHU2SWLF9LEUDWLRQ6HQVLQJ
Guangyao Yang, Xinyu Fan, Bin Wang, Qingwen Liu,
Zuyuan He
Shanghai Jiao Tong Univ., China
We employed a polarization diversity system into
SKDVHH[WUDFWHGFRKHUHQWSKDVHVHQVLWLYH27'57KHUHVXOWVVKRZWKDWWKHDPRXQWRIGHDG]RQHVLVVLJQL¾FDQWO\
UHGXFHG DIWHU HOLPLQDWLQJ WKH LQ¿XHQFH RI SRODUL]DWLRQ
fading with the polarization diversity system.
16:30-16:45 WC4-3
2UWKRJRQDOO\SRODUL]HG3XOVH3DLU%27'$6HQVRU
ZLWK7KUHHWRQH3UREH
Yiming Tao, Xiaobin Hong, Zhisheng Yang,
Wenqiao Lin, Jian Wu
Beijing Univ. of Posts and Telecommunications, China
$SRODUL]DWLRQLQGHSHQGHQW%27'$VHQVRUXVLQJRUWKRJRQDOO\SRODUL]HGSXOVHSDLULVSURSRVHG:HH[SHULPHQtally demonstrate that the impact of the polarization
noise can be minimized and only half of acquisition time
is needed by using balance detection.
16:45-17:00 WC4-4
Proof of Concept for Brillouin Optical Correlation'RPDLQ5HÁHFWRPHWU\$VVLVWHGE\6SHFWUDO6ORSH
Heeyoung Lee(1), Neisei Hayashi(2), Yosuke Mizuno(1),
Kentaro Nakamura(1)
(1)
Tokyo Institute of Technology, Japan, (2)The Univ. of
Tokyo, Japan
([SORLWLQJ WKH VORSH RI WKH %ULOORXLQ JDLQ VSHFWUXP ZH
GHYHORSDQHZFRQ¾JXUDWLRQRI%ULOORXLQRSWLFDOFRUUHODWLRQGRPDLQUH¿HFWRPHWU\ZKLFKFDQPHDVXUHVWUDLQRU
temperature) and optical loss distributions simultaneously with a high sampling rate.
17:00-17:15 WA4-3
0XOWLOD\HU9LUWXDO,QIUDVWUXFWXUH0DSSLQJLQ,3RYHU
WDM Networks
Zilong Ye(1), Philip N. Ji(2)
(1)
California State Univ., Los Angeles, USA, (2)NEC
Laboratories America, USA
We propose a novel algorithm to address multilayer virWXDO LQIUDVWUXFWXUH PDSSLQJ LQ ,3 RYHU :'0 QHWZRUNV
7KURXJK HIIHFWLYHO\ DJJUHJDWLQJ WUDI¾F ¿RZV WKH DOJRrithm can reduce the blocking probability by 19% compared to the baseline algorithm.
17:00-17:30 S2-6 (Invited)
Advanced MIMO Signal Processing for Dense SDM
7UDQVPLVVLRQ8VLQJ0XOWLFRUH)HZPRGH)LEHUV
K. Shibahara, T. Mizuno, D. Lee, Y. Miyamoto
NTT Corporation, Japan
:HUHYLHZWKHUHFHQWSURJUHVVRIORQJKDXO6'0WUDQVPLVVLRQH[SHULPHQWVDQGWKHLVVXHVWREHDGGUHVVHG$OVR
GHVFULEHGDUHDGYDQFHG0,02SURFHVVLQJWHFKQLTXHVZH
KDYH GHYHORSHG WR DFKLHYH ORZFRPSOH[LW\ '0' FRPSHQVDWLRQDQG0'/WROHUDQWWUDQVPLVVLRQ
17:00-17:15 WC4-5
6LPSOLÀHG2SWLFDO&RUUHODWLRQ'RPDLQ
5HÁHFWRPHWU\ZLWKRXW5HIHUHQFH3DWK
Makoto Shizuka(1), Neisei Hayashi(2), Yosuke Mizuno(1),
Kentaro Nakamura(1)
(1)
Tokyo Institute of Technology, Japan, (2)The Univ. of
Tokyo, Japan
:HGHYHORSDVLPSOL¾HGFRQ¾JXUDWLRQRIRSWLFDOFRUUHODWLRQGRPDLQ UH¿HFWRPHWU\ ZLWKRXW LQYROYLQJ DQ H[SOLFLW
UHIHUHQFHSDWK7KH)UHVQHOUH¿HFWHGOLJKW JHQHUDWHGDW
WKHGLVWDORSHQHQGRIWKHVHQVLQJ¾EHULVH[SORLWHGDVD
reference light.
17:15-17:30 WC4-6
Phase Noise Mitigation for Long-range OFDR Using
8OWUDIDVW)UHTXHQF\6ZHHS
Bin Wang, Xinyu Fan, Shuai Wang, Guangyao Yang,
Qingwen Liu, Zuyuan He
Shanghai Jiao Tong Univ., China
:HGHPRQVWUDWHDQRYHOWHFKQLTXHWRPLWLJDWHWKHLQ¿XHQFHRISKDVHQRLVHIRUORQJUDQJH2)'5$OLQHDUUHODtionship between the spatial resolution and the frequenF\VZHHSWLPHLVYHUL¾HGEHIRUHUHDFKLQJWKHWKHRUHWLFDO
resolution.
17:15-17:30 WA4-4
Weighted Attack-Evasion Routing and Wavelength
Assignment Algorithm against High Power
Jamming in Optical Networks
Liangkai Huang, Yongli Zhao, Wei Wang, Jie Zhang
Beijing Univ. of Posts and Telecommunications, China
$Q DWWDFNHYDVLRQ URXWLQJ DQG ZDYHOHQJWK DVVLJQPHQW
$(5:$DOJRULWKPLV¾UVWSURSRVHGLQRSWLFDOQHWZRUNV
considering weighted attack probability. Numeric results
VKRZ WKDW $(5:$ FDQ DFKLHYH EHWWHU SHUIRUPDQFH LQ
terms of blocking probability and resource utilization.
52
Wednesday, July 6
Room D
WD4 16:00-17:30
Control of lightwave Modulator
Presider: Kouichi Akahane (National Institute of Information
and Communications Technology (NICT), Japan)
16:00-16:30 WD4-1 (Invited)
Optical Chirp and Amplitude Processing Using
EAM Integration
Yi-Jen Chiu, Shin-Wei Shen, Jui-Pin Wu,
Kuo-Chun Chang, Chia-Chien Wei
National Sun Yat-Sen Univ., Taiwan
2SWLFDO PRGXODWLRQ ZLWK SUHFKLUS FRQWURO XVLQJ HOHFWURDEVRUSWLRQPRGXODWRU($0DQGLWVLQWHJUDWLRQKDYH
EHHQ UHYLHZHG 'HYLFH GHVLJQ IDEULFDWLRQ DQG DSSOLFDtion of high-speed chirp-control intensity modulation are
DOVRGLVFXVVHGIRU22.DQG2)'0PRGXODWLRQVFKHPH
16:30-16:45 WD4-2
&RQFXUUHQW':'07UDQVPLVVLRQZLWK5LQJ
0RGXODWRUV'ULYHQE\D&RPE/DVHUZLWK*+]
Channel Spacing
M. Ashkan Seyedi(1),
Chin-Hui Chen(1), Marco Fiorentino(1), Daniil Livshits(2),
Alexey Gubenko(2), Sergey Mikhrin(2), Vladimir Mikhrin(2),
Raymond G. Beausoleil(1)
(1)
Hewlett Packard Enterprise, USA, (2)Innolume GmbH,
Germany
$ PXOWLFKDQQHO ULQJEDVHG WUDQVPLWWHU LV H[FLWHG E\ D
comb laser with 50GHz channel spacing and two chanQHOVDUHFRQFXUUHQWO\PRGXODWHGDW*EV%LWHUURUUDWLR
WHVWVVKRZaG%RSWLFDOSRZHUSHQDOW\IRU*+]UHODWLYH
to larger channel spacing.
16:45-17:00 WD4-3
Measurement of Vectorial Response of IQ
Modulator Using Optical Interference
Yuya Yamaguchi(1), Kazuki Seki(1), Naoki Takahashi(1),
Atsushi Kanno(2), Tetsuya Kawanishi(1,2),
Masayuki Izutsu(1,3), Hirochika Nakajima(1)
(1)
Waseda Univ., Japan, (2)National Institute of
Information and Communications Technology, Japan,
(3)
Japan Society for the Promotion of Science (JSPS)
San Francisco, USA
We propose a new measurement method of modulator
UHVSRQVH LQ SKDVRU GRPDLQ IRU 0DFK=HKQGHU PRGXODWRUV HPEHGGHG LQ ,4 PRGXODWRU XVLQJ VLPSOH HTXLSPHQWV7KHPRGXODWLRQFXUYHZLWKH[WLQFWLRQUDWLRRI
DQGG%ZHUHPHDVXUHG
17:00-17:15 WD4-4
,QWHJUDWHG6WRNHV9HFWRU$QDO\]HURQ,Q3
Samir Ghosh, Yuto Kawabata, Takuo Tanemura,
Yoshiaki Nakano
The Univ. of Tokyo, Japan
6WRNHVYHFWRUPRGXODWLRQIRUPDWVDUHJDLQLQJLQFUHDVLQJ
LQWHUHVWIRUQH[WJHQHUDWLRQKLJKVSHHGRSWLFDOFRPPXnication networks. We propose and demonstrate poWHQWLDOO\ ORZFRVW PRQROLWKLFDOO\ LQWHJUDWHG,Q3,Q*D$V3
ZDYHJXLGHEDVHG 6WRNHV YHFWRU DQDO\]HU WR UHWULHYH WKH
state-of-polarization without using coherent detection.
17:15-17:30 WD4-5
3URSRVDORI&RPSDFW7(703RODUL]DWLRQ6ZLWFK
Based on Microring Resonator
Keita Suzuki, Tomoki Hirayama, Taro Arakawa
Yokohama National Univ., Japan
$ FRPSDFW 7(70 SRODUL]DWLRQ VZLWFK XVLQJ D TXDQWXP
well microring resonator is proposed and its characteristics are theoretically discussed. Mode conversion can
EHFRQWUROOHGDWORZYROWDJHZLWK¾HOGLQGXFHGUHIUDFWLYH
LQGH[FKDQJHLQWKHPLFURULQJZDYHJXLGH
53
Wednesday, July 6, 11:00-12:30 Poster Session
WA2-1
Survivable Multipath Provisioning with Content
&RQQHFWLYLW\LQ(ODVWLF2SWLFDO'DWDFHQWHU1HWZRUNV
Tao Gao, Shanguo Huang, Bingli Guo, Xin Li,
Qian Kong, Yu Zhou, Wenzhe Li, Wanyi Gu
Beijing Univ. of Posts and Telecommunications, China
We propose a survivable multipath routing and spectrum
DOORFDWLRQ ZLWK FRQWHQW FRQQHFWLYLW\ VFKHPH LQ 2)'0
based elastic datacenter networks. This scheme achieves
better performance in resource utilization compared with
traditional protection schemes.
WA2-7
Proposal of an Orchestrator-to-Orchestrator
Interface Using the Control Orchestration Protocol
Yoshiaki Inoue, Jun Matsumoto, Satoru Okamoto,
Naoaki Yamanaka
Keio Univ., Japan
,Q PXOWLFDUULHU 6'71 2UFKHVWUDWRUWR2UFKHVWUDWRU ,Qterface is required since each carrier has its own orchesWUDWRUZKHUHDVWKLVLQWHUIDFHLVQRWGH¾QHG:HSURSRVH
a scheme to solve this issue and implement the proposed
solution.
WA2-13
Experimental Demonstration of a Cost Effective
Bidirectional Coherent OFDM-PON
Rongrong Chen, Caixia Kuang, Yingxiong Song,
Min Wang, Rujian Lin, Qianwu Zhang
Shanghai Univ., China
$Q 2)'0321 V\VWHP ZKLFK HPSOR\HG FRVW HIIHFWLYH
bidirectional coherent detection with 100/64 Gb/s signal
OLQHUDWHDQGSRZHUEXGJHWRIG%DQGG%IRUGRZQVWUHDP DQG XSVWUHDP EDVHG RQ RSWLFDO FRPE LV H[SHULmentally demonstrated.
WA2-2
'\QDPLF9LUWXDO2SWLFDO1HWZRUN0DSSLQJ%DVHGRQ
6ZLWFKLQJ&DSDELOLW\DQG6SHFWUXP)UDJPHQWDWLRQ
in Elastic Optical Networks
Hongxiang Wang, Xin Xin, Jiawei Zhang, Yongmei Sun,
Yuefeng Ji
Beijing Univ. of Posts and Telecommunications, China
$G\QDPLFYLUWXDORSWLFDOQHWZRUNPDSSLQJDOJRULWKPLQ
elastic optical networks, which considers both switching
capability and spectrum fragmentation, is proposed.
6LPXODWLRQUHVXOWVVKRZWKDWWKHSURSRVHGDOJRULWKPKDV
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Networks using Mode Division Multiplexing
Yuki Morizumi, Hirokazu Kobayashi, Katsushi Iwashita
Kochi Univ. of Technology, Japan
We propose mode-forming networks which can transmit
different signals to desired ports. Its feasibility is demonstrated by 2 channel different bit-rate signal transmission
RYHU NP PXOWLPRGH ¾EHU WR GLIIHUHQW SRUWV E\ FRQtrolling input signals.
WA2-14
Sub-carrier Sharing in OFDM-PON for 5G Mobile
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Sheng Xu, Sugang Xu, Yoshiaki Tanaka
Waseda Univ., Japan
We propose a down-link delay-aware sub-carrier sharing method for future 5G mobile communications with
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of our proposal.
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Video on Demand Services
Zhongwei Tan(1), Chuanchuan Yang(1), Yu Yang(1),
Zhaopeng Xu(1), Xinyue Wang(2), Ziyu Wang(1)
(1)
Peking Univ., China, (2)China Agricultural Univ., China
:HHYDOXDWHWKHH[WUDHQHUJ\FRQVXPSWLRQIRUWKHDGMXVWPHQWRIG\QDPLFFDFKHLQ9R'VHUYLFHVZKLFKLVQHJOHFWed by the former researches, and give guide to further
optimization in the whole network.
WA2-15
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PAM Upstream WDM-PON
Zhiguo Zhang, Bingbing Zhang, Yanxu Chen,
Bingchang Hua, Xue Chen
Beijing Univ. of Posts and Telecommunications, China
:HH[SHULPHQWDOO\GHPRQVWUDWHDQRSWLFDOLQWHQVLW\PRGulation transmitter and direct detection receiver-based
FKDQQHOUHXVH:'0321*EVλ downstream and
20 Gb/s/λ upstream transmissions over 45-km standard
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achieved.
WA2-3
Distance-Adaptive Routing, Modulation Level and
Spectrum Allocation (RMLSA) in K-Node (Edge)
Content Connected Elastic Optical Datacenter
Networks
Xin Li, Shanguo Huang, Shan Yin, Bingli Guo,
Yongli Zhao, Jie Zhang, Min Zhang, Wanyi Gu
Beijing Univ. of Posts and Telecommunications, China
7KLVSDSHUDGGUHVVHVWKH50/6$SUREOHPIRUHQGWRFRQtent paths while satisfying k-node (edge) content connectivity requirement in elastic optical datacenter networks.
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SURSRVHGWRLPSURYHWKHVSHFWUXPHI¾FLHQF\
WA2-4
Elastic-bandwidth Access with Spectrum-Sliced
Incoherent Light Source in WDM-PON
Jing Zhang(1,2), Qikai Hu(2), Changyuan Yu(2, 3),
Xingwen Yi(1), Kun Qiu(1)
(1)
Univ. of Electronic Science and Technology of China,
China, (2)National Univ. of Singapore, Singapore, (3)The
Hong Kong Polytechnic Univ., Hong Kong
:H SURSRVH DQG H[SHULPHQWDO GHPRQVWUDWH DQ HODVtic-bandwidth access scheme using spectrum-sliced inFRKHUHQWOLJKW66,/VRXUFHZLWKDGDSWLYH2)'0PRGXODWLRQLQ:'0321:HRSWLPL]HWKHIUHTXHQF\HI¾FLHQF\
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6HFXULW\6WUDWHJ\DJDLQVW0XOWLSRLQW(DYHVGURSSLQJ
in Elastic Optical Networks
Wei Bai(1), Hui Yang(1), Yongli Zhao(1), Jie Zhang(1),
Yuanlong Tan(1), Xiaoxu Zhu(1), Huixia Ding(2)
(1)
Beijing Univ. of Posts and Telecommunications,
China, (2)China Electric Power Research Institute,
China
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Networks, new objective criterion, security strategy and
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proposed. The simulation results shows that better security guarantee and resource utilization are provided.
WA2-6
Risk-aware Virtual Network Embedding in Optical
Data Center Networks
Weigang Hou, Lei Guo, Cunqian Yu, Yue Zong
Northeastern Univ., China
We developed the platform supporting real-time detecWLRQRIULVN\YLUWXDOPDFKLQHV90VLQRSWLFDOGDWDFHQWHU
networks. To perform physical isolation between risky
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network embedding heuristic.
WA2-10
Distributed 4K-Video Camera Monitoring Service
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Akihisa Shoji, Naoto Yoshimoto
Chitose Institute of Science and Technology, Japan
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scheme, this service can be provide with low delay neverWKHOHVVFRH[LVWHQFHZLWKH[LVWLQJ,QWHUQHWVHUYLFHV
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Branching Ratio of Optical Coupler for Cable ReURXWLQJ2SHUDWLRQ6XSSRUW6\VWHPZLWK1R6HUYLFH
Interruption
Hiroshi Watanabe, Kazutaka Noto, Yusuke Koshikiya,
Tetsuya Manabe
NTT Access Network Service Systems Laboratories,
Japan
We report the design and simulation of a suitable branching ratio for an optical coupler for a cable re-routing operation support system with no service interruption, and
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Takahiro Kikuchi, Ryogo Kubo
Keio Univ., Japan
We propose a variable gain proportional-integral (PI)based cyclic sleep controller with anti-windup technique
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discuss the design strategy of the variable control gains.
54
WA2-16
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Pham Tien Dat(1), Atsushi Kanno(1),
Naokatsu Yamamoto(1), Tetsuya Kawanishi(1,2)
(1)
National Institute of Information and Communication
Technology, Japan, (2)Waseda Univ., Japan
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co-transmission of radio signals in the microwave and
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DQGDQ/7($VLJQDODW*+]DQG*+]UHVSHFWLYHly, over the system.
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Jinsei Oba(1,2), Kosuke Kamikawa(1,2), Atsushi Kanno(2),
Naokatsu Yamamoto(2), Hideyuki Sotobayashi(1)
(1)
Aoyama Gakuin Univ. Japan, (2)National Institute of
Information and Communications Technology, Japan
We demonstrate frequency-stabilized millimeter-wave
signal generation system using optical frequency lockedloop technique employed with an optical frequency
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GUDVWLFUHGXFWLRQDVFRPSDUHGZLWKWKH¿XFWXDWLRQJHQerated by two free-running lasers.
WA2-18
7KLUG2UGHU+DUPRQLFV6XSSUHVVLRQLQ7ZRWRQH
Signal Generation Using a Dual-Parallel MachZehnder Modulator
Kazunori Osato, Moriya Nakamura
Meiji Univ., Japan
:HH[SHULPHQWDOO\LQYHVWLJDWHGDQRYHOWZRWRQHVLJQDO
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achieved.
Wednesday, July 6, 11:00-12:30 Poster Session
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Self-Interference Cancellation for 2×2 MIMO In-band
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Yunhao Zhang, Shilin Xiao, Yinghong Yu,
Shaojie Zhang, Lu Zhang, Ling Liu, Haiyun Xin
Shanghai Jiao Tong Univ., China
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WA2-20
Fiber-Wireless and Fiber-IVLLC Convergences
Bo-Rui Chen, Hung-Hsien Lin, Chang-Jen Wu,
Chun-Yu Lin, Chung-Yi Li, Hai-Han Lu
National Taipei Univ. of Technology, Taiwan
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WA2-21
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Image Sensor
Chin-Wei Hsu(1), Kevin Liang(1), Hung-Yu Chen(1),
Liang-Yu Wei(1), Chien-Hung Yeh(2), Yang Liu(3),
Chi-Wai Chow(1)
(1)
National Chiao Tung Univ., Taiwan, (2)Feng Chia Univ.,
Taiwan, (3)Philips Electronics Ltd., Hong Kong
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mobile-phone can be used to enhance the data rate of
transmission.
WA2-22
Non-Orthogonal Multiple Access with Multicarrier
Precoding in Visible Light Communications
Xun Guan, Yang Hong, Calvin Chun-Kit Chan
The Chinese Univ. of Hong Kong, Hong Kong
We propose a non-orthogonal multiple access method in
visible light communications with multicarrier precoding
and phase-amplitude predistortion. The proposed method eliminates the necessity of adaptive modulation while
improving the system throughput.
WA2-23
6.6-Gbit/s Phase Modulated Impulse-Radio
Generation from RZ-OOK Optical Signals for
2SWLFDO:LUHOHVV6\VWHPV
Yuri Ohara, Hideaki Kawahara, Tomoki Kishida,
Kengo Nabika, Saeko Oshiba
Kyoto Institute of Technology, Japan
We investigated phase modulated impulse radio (IR)
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demodulation method by down-conversion with twice
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odd bits as orthogonal signals. We demonstrated the
6.6-Gbps IR signals with 3 m wireless radio transmission.
WA2-24
6LPXOWDQHRXV$OOFKDQQHO27'0'HPXOWLSOH[LQJ
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Pengyu Guan, Mads Lillieholm,
Kasper Meldgaard Røge, Toshio Morioka,
Leif Katsuo Oxenløwe
Technical Univ. of Denmark, Denmark
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RI DOO FKDQQHOV IRU *ELWV '36. DQG *ELWV
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Qianwu Zhang, Han Dun, Chen Qian, Bingyao Cao,
Mingzhi Mao, Junjie Zhang, Min Wang
Shanghai Univ., China
*EV UHDOWLPH RSWLFDO 2)'0 WUDQVPLVVLRQV ZLWK
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WA2-26
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Wideband Multi-Carrier Signals
Takahide Sakamoto
National Institute of Information and Communications
Technology, Japan
We investigate an electrical dispersion compensation
VFKHPH IRU WLPHIUHTXHQF\GRPDLQ PXOWLSOH[HG XOtra-wideband multi-carrier signals, deriving an equalizLQJPDWUL[LPSOHPHQWHGLQFRKHUHQWPDWFKHGGHWHFWRUV
Provided is numerical proof focusing on dispersion comSHQVDWLRQIRUVWDQGDUGVLQJOHPRGH¾EHUWUDQVPLVVLRQ
WA2-27
5HDOWLPH9LVLEOH/LJKW&RPPXQLFDWLRQ6\VWHP
Based on 2ASK-OFDM Coding
Yuankai Xue, Yinan Hou, Shilin Xiao, Yunhao Zhang,
Lu Zhang
Shanghai Jiao Tong Univ., China
:H GHPRQVWUDWH D UHDOWLPH 9/& V\VWHP XVLQJ $6.
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the system.
WA2-28
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1\TXLVW:'06LJQDOVWR5HVROYH:DYHOHQJWK
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Shuang Gao(1), Lingchen Huang(2), Chun-Kit Chan(1)
(1)
The Chinese Univ. of Hong Kong, Hong Kong, (2)
Zhejiang Univ., China
We investigate a simple spectral overlap method to reVROYHWKHZDYHOHQJWKFRQ¿LFWIRUWZRLQGHSHQGHQWEDQGZLGWK YDULDEOH 1\TXLVW:'0 VLJQDOV E\ UHODWLYH SRZHU
control. Individual signals can be separated and recovered by digital signal processing.
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based on Optical Processing
Ziang Li, Shangyuan Li, Xiaoping Zheng, Jinhui Luo,
Hanyi Zhang, Bingkun Zhou
Tsinghua Univ., China
We proposed a highly linear optical W-band receiver
front-end based on optical processing. With phase-shift
and attenuation on optical sidebands, an improved spurIUHH G\QDPLF UDQJH RI G%Á+]2/3 is obtained in the
two-tone test.
WA2-30
Experimental Demonstration of 10-Gb/s Direct
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Coded 8PSK Subcarrier Modulation
Yiming Lou, Zhenming Yu, Minghua Chen,
Hongwei Chen, Sigang Yang, Shizhong Xie
Tsinghua Univ., China
Trellis-coded modulation direct detection optical orWKRJRQDO IUHTXHQF\ GLYLVLRQ PXOWLSOH[LQJ WUDQVPLVVLRQ
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required optical power for the 10-Gbit/s signal can be
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WA2-31
3RZHU(IÀFLHQW2SWLFDO2)'07UDQVPLVVLRQZLWK
Phase Modulation and Direct Detection
Zhenhua Feng(1), Qiong Wu(1), Ming Tang(1), Rui Lin(1, 2),
Ruoxu Wang(1), Jiale He(1), Songnian Fu(1), Lei Deng(1),
Deming Liu(1), Perry Ping Shum(3)
(1)
Huazhong Univ. of Science and Technology, China,
(2)
The Royal Institute of Technology, Sweden, (3)
Technological Univ., Singapore
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achieves comparable performance to single sideband
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WA2-32
A 3-D Adaptive Loading Algorithm for Direct
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Xi Chen, Zhenhua Feng, Ming Tang, Huibin Zhou,
Songnian Fu, Deming Liu
Huazhong Univ. of Science and Technology, China
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table operation introduced, the iterations are notably reGXFHGZLWKRXWSHUIRUPDQFHVDFUL¾FH
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Zhen Zhang, Yingxiong Song*, Junjie Zhang,
Yufeng Cai, Weiliang Wu, Qianwu Zhang
Shanghai Univ., China
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improvements compare to current method in asynchroQRXV''22)'0V\VWHPV
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Jiangchuan Pang, Yan Li, Miao Yu, Lei Yue, Sujie Fan,
Deming Kong, Jian Wu
Beijing Univ. of Posts and Telecommunications, China
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WA2-35
Signal Light Carrier Automatic Phase-Lock
2SHUDWLRQWR2SWLFDO)UHTXHQF\*ULG&RPE
Yudai Hisata, Akira Mizutori, Masafumi Koga
Oita Univ., Japan
This paper demonstrates signal light carrier automatic
phase-lock operation by our newly developed microcomputer-controlled phase-lock loop circuit. It achieves
7.5msec automatic phaselocking time when the laser-diode frequency lies within the pull-in range of ±100MHz.
WA2-36
Maximum Ratio Combining Characteristics Affected
E\/DVHU3KDVH1RLVHIRU:DYHOHQJWK'LYHUVLW\
'LJLWDO&RKHUHQW6\VWHP
Akira Naka(1), Kohei Saito(2), Kazuki Tomita(1),
Hideki Maeda(2)
(1)
Ibaraki Univ., Japan, (2)NTT Corporation, Japan
We numerically investigated MRC characteristics which
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Wednesday, July 6, 11:00-12:30 Poster Session
WA2-37
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Filters Based on 28-nm FD-SOI for 20-Gb/s 4-PAM
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Ryoichiro Nakamura, Kenta Amino, Kawori Sekine,
Kazuyuki Wada, Moriya Nakamura
Meiji Univ., Japan
We propose a novel multi-level pre-equalizer composed
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cost-effectiveness and low power consumption. The perIRUPDQFH ZDV LQYHVWLJDWHG XVLQJ QP )'62, EDVHG
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Linear Kalman Filter
Qun Zhang(1),Wen Jiang(1), Yanfu Yang(1)*, Xian Zhou(2),
Kangping Zhong(2), Yong Yao(1)
(1)
Harbin Institute of Technology, China, (2)The Hong
Kong Polytechnic Univ., Hong Kong
We propose a method of blind polarization de-multiSOH[LQJIRU7'+4VLJQDOVEDVHGRQUDGLXVGLUHFWHGOLQHDU
.DOPDQ¾OWHU7KHLQ¿XHQFHVRISRZHUUDWLRIRUPDWUDWLR
polarization rotation, residual chromatic dispersion, polarization mode dispersion are analyzed.
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Relationship between Roll-off Factor and
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Based on Correlation Detection with EDFA
Repeaters
Takahiro Oguro, Yuji Miyoshi, Hirokazu Kubota,
Masaharu Ohashi
Osaka Prefecture Univ., Japan
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repeater spacing.
WA2-40
(TXDOL]DWLRQRI2SWLFDO1RQOLQHDU:DYHIRUP
Distortion Using Neural-Network Based Digital
Signal Processing
Shotaro Owaki, Moriya Nakamura
Meiji Univ., Japan
We studied novel nonlinear equalization scheme using
digital signal processing based on a neural network (NN).
The performance of a three-layer NN was investigated
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less than 10-5.
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Wen Jiang(1), Yanfu Yang(1), Qun Zhang(1),
Kangping Zhong(2), Xian Zhou(2), Yong Yao(1)
(1)
Harbin Institute of Technology, China, (2)The Hong
Kong Polytechnic Univ., Hong Kong
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tracking tolerance against laser linewidth, frequency offset, and polarization rotation.
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Post-FEC Performance Comparison of Pilot-aided
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Tangqing Liu, Yan Li, Huizhong Chen, Haiquan Cheng,
Deming Kong, Jian Wu
BUPT, China
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been investigated in different laser-linewidths and carULHUSKDVHHVWLPDWLRQ&3( ¾OWHUOHQJWKV 7'' RXWSHUIRUPV 3$38 E\ G% ZLWK VXI¾FLHQW ¾OWHUOHQJWK ZKLOH
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Infrared Signal-Direction Discrimination
Wern-Yarng Shieh, Ti-Ho Wang, Kun-Lung Chung,
Zong-Yu Tsai, Wei-Jhih Huang
St. John’s Univ., Taiwan
With the aid of a simple geometric relation, vehicle positioning by infrared signal-direction discrimination is testHGDQGYHUL¾HGZLWKDUHFHLYHUFRPSULVLQJIRXULGHQWLFDO
planar receiving modules with a simple symmetric structure to determine the coming direction of the signal. In
our test, the position of the vehicle can be precisely located in the communication area of a typical infrared shortrange vehicle-to-infrastructure communication system.
WA2-43
Characterization of Soliton Fusion Phenomenon
Based on Solitons’ Eigenvalue
Gihan Weerasekara, Akihiro Maruta
Osaka Univ., Japan
6ROLWRQIXVLRQSKHQRPHQRQLVUHFRJQL]HGDVDFDXVHRI
optical rouge wave formation. The impact of initial pulse
spacing and frequency separation between solitons for
soliton fusion phenomenon has been analyzed based on
VROLWRQV¶HLJHQYDOXH
WA2-48
1RLVH7ROHUDQW2SWLFDO'HWHFWLRQLQ&026,PDJH
Sensor Based Visible Light Communication
Joon-Woo Lee, Se-Hoon Yang, Yong-Hwan Son,
Sang-Kook Han
Yonsei Univ., Republic of Korea
We propose optical detection with noise reduction proFHVV EDVHG RQ &026 LPDJH VHQVRU %\ HPSOR\LQJ WKLV
process, a noise tolerant 3.8 kbps visible light transPLVVLRQ XVLQJ &026 LPDJH VHQVRU ZDV H[SHULPHQWDOO\
demonstrated.
WA2-44
)HDVLELOLW\6WXG\RI*(WKHUQHWZLWK&DUULHUOHVV
Amplitude and Phase Modulation
Hirotaka Ochi, Shinya Sasaki
Chitose Institute of Science and Technology, Japan
We present a system design of 100 Gb/s/λ, 10 km, 64&$3V\VWHPZLWKQXPHULFDOVLPXODWLRQLQFOXGLQJWKH'$&
DQG$'&HIIHFWVRQWKHV\VWHPSHUIRUPDQFHWRVKRZWKH
IHDVLELOLW\ RI *LJDELW (WKHUQHW ZLWK WKH &$3 PRGXODWLRQ VFKHPH 7KH UHVXOWV VKRZ WKDW VXSSRVLQJ WKH 7[
RXWSXWRIG%PWKHV\VWHPSRZHUPDUJLQLVG%
WA2-45
%DQGZLGWK(QKDQFHPHQW(TXDOL]DWLRQ(QDEOLQJ
D*ESV3$07UDQVPLVVLRQYLDD*+]
Photoreceiver
Jun-Jie Liu(1), Chia-Chien Wei(2), Ta-Ching Tzu(1),
Chun-Yen Chuang(1), Kai-Lun Chi(3), Xin-Nan Chen(3),
Jin-Wei Shi(3), Jyehong Chen(1)
(1)
National Chiao Tung Univ., Taiwan, (2)National Sun
Yat-sen Univ., Taiwan, (3)National Central Univ., Taiwan
:HGHPRQVWUDWHD*ESV3$0RSWLFDOV\VWHPE\HPploying a photoreceiver with bandwidth of only 9.5 GHz.
)ROORZLQJPPXOWLPRGH¾EHUWKH%(5RIî-4 and
î-4DIWHU))(DQG')(HTXDOL]DWLRQVDUHVXFFHVVIXOO\
achieved.
WA2-46
,QÁXHQFHRI3RLQWLQJ(UURUVRQ(UURU3UREDELOLW\RI
Inter-Satellite Laser Communications
Qian Wang(1,2), Tianyu Song(1,2),
Ming-Wei Wu(3), Tomoaki Ohtsuki(4), Mohan Gurusamy(1),
Pooi-Yuen Kam(1,2)
(1)
National Univ. of Singapore, Singapore, (2)NUS
Suzhou Research Institute, China, (3)Zhejiang Univ. of
Science and Technology, China, (4)Keio Univ., Japan
The effect of pointing errors on the average bit error
SUREDELOLW\$%(3RILQWHUVDWHOOLWHODVHUFRPPXQLFDWLRQV
LVVWXGLHG7KHH[DFW$%(3LVGHULYHGXVLQJDFORVHGIRUP
FKDQQHOJDLQH[SUHVVHGLQWHUPVRIWKH0DUFXP4IXQFtion.
56
:$
A CW, All-Fiber 2100 nm Ho Doped Fiber Laser
3XPSHGDWQP
Jiachen Wang, Sang Bae Lee, Kwanil Lee
Korea Institute of Science and Technology, Republic of
Korea
$+RGRSHG¾EHUODVHUSXPSHGDWQPE\7PGRSHG
¾EHUODVHULVUHSRUWHG:LWKVORSHHI¾FLHQF\RIWKH
laser generates more than 7 W output at 2100 nm.
WA2-50
6ZLWFKDEOH3DVVLYHO\0RGHORFNHG7KXOLXP
doped Fiber Laser Based on Single-wall Carbon
Nanotubes
Zhichao Wu(1), Songnian Fu(1), Minming Zhang(1),
Kai Jiang(2), Jue Song(1), Ping Shum(2), Deming Liu(1)
(1)
Huazhong Univ. of Science and Technology
(HUST), China, (2)Nanyang Technological Univ. (NTU),
Singapore
$ VZLWFKDEOH SDVVLYHO\ PRGHORFNHG ¾EHU ODVHU LV H[perimentally demonstrated by using single-wall carbon
QDQRWXEHV DV VDWXUDEOH DEVRUEHU 7KH PRGHORFNHG ¾ber laser can be operated at the central wavelengths of
1947nm, 1945nm and 1943nm, individually.
WA2-51
Evaluation of Alcohol Concentration in Sake Using
ȞP%DQG7P3+7E3+GRSHG7XQDEOH)LEHU5LQJ
Laser
Fumiki Hanafuji(1), Kousuke Senda(1),
Xiaoen Du(1), Sho Tujita(1), Kazuya Ota(1,2), Jun Ono(1,3),
Osanori Koyama(1), Hirotaka Ono(4), Tatsuro Endo(1),
Makoto Yamada(1)
(1)
Osaka Prefecture Univ., Japan, (2)Trimatiz Ltd., Japan,
(3)
Anritsu Devices Co., Ltd., Japan, (4)NTT Corporation,
Japan
$—PEDQG7P3+-Tb3+GRSHGWXQDEOH¾EHUULQJODVHU
ZLWKDQRXWSXWSRZHURIRYHU±G%PZDVUHDOL]HG7KH
lasing band was from 1654 to 1750 nm. We used the
GHYHORSHG ¾EHU ODVHU WR HYDOXDWH WKH HWKDQRO FRQFHQWUDWLRQRIVDNHDQGFRQ¾UPHGLWVSRWHQWLDOEHFDXVHRXU
entry-level evaluation determined the concentration to
within 1.5% accuracy.
Wednesday, July 6, 11:00-12:30 Poster Session
WA2-52
ȞP6ZLWFKDEOH6LQJOHORQJLWXGLQDOPRGH'XDO
wavelength Fiber Laser Based on a Core-offset
Structure and a Carbon Nanotube
Enci Chen, Ping Lu, Wei Yang, Deming Liu,
Jiangshan Zhang
Huazhong Univ. of Science and Technology, China
We demonstrate a 2µm switchable single-longituGLQDOPRGH GXDOZDYHOHQJWK ¾EHU ODVHU %DVHG RQ D
FRUHRIIVHW VWUXFWXUH DQG D FDUERQ QDQRWXEH WKH ¾EHU
laser is switchable, power-controllable and operating in
single-longitudinal-mode.
WA2-53
*HQHUDWLRQRI*+]3XOVH7UDLQIURPD3KDVH
0RGXODWHG+\EULG0RGH/RFNHG(U)LEHU/DVHUZLWK
DQ,QWUD&DYLW\(WDORQ
Sheng-Min Wang, Yinchieh Lai
National Chiao Tung Univ., Taiwan
:H GHPRQVWUDWH D *+] K\EULG PRGHORFNHG (U
GRSHG ¾EHU ODVHU ZLWK WKH DVVLVWDQFH RI D KLJK ¾QHVVH
etalon and phase modulation. Characteristics of the ultrahigh-repetition-rate laser under both passive and hybrid
mode-locking operation are compared.
WA2-54
Infrared Luminescence Investigation of Bismuth
and Erbium Co-doped Fiber
Chunsheng Li, Binbin Yan, Xiaojuan Wu, Xinzhu Sang
Beijing Univ. of Posts and Telecommunications, China
%URDGEDQGHPLVVLRQIURPWRQPZLWKD):+0
UHDFKHVQPLVGHPRQVWUDWHGLQ%L(U3+FRGRSHG¾EHU
and an abnormal temperature characteristic belongs to
ELVPXWK¿XRUHVFHQFHFHQWHULVREVHUYHG
WA2-55
(QHUJ\HIÀFLHQW'XDOSXPS'HJHQHUDWHG3KDVH
6HQVLWLYH$PSOLÀHUV
Mingyi Gao(1), Takayuki Kurosu(2), Shu Namiki(2),
Gangxiang Shen(1)
(1)
Soochow Univ., China, (2)National Institute of
Advanced Industrial Science and Technology, Japan
'LVSHUVLRQ HIIHFW LQ WKH GXDOSXPS GHJHQHUDWHG SKDVH
VHQVLWLYH DPSOL¾HUV KDV EHHQ LQYHVWLJDWHG 0RUH WKDQ
G%JDLQH[WLQFWLRQUDWLRKDVEHHQDFKLHYHGDWDQRQOLQHDUSKDVHVKLIWRIRQO\UDGE\DGMXVWLQJWKH¾EHU
dispersion.
WA2-56
*DLQ6DWXUDWLRQDQG5HFRYHU\RIDQ(UELXPGRSHG
)LEHU$PSOLÀHU0HDVXUHGE\7HPSRUDOO\5HVROYHG
3UREH7HFKQLTXHV
Keiji Kuroda, Yuzo Yoshikuni
Kitasato Univ., Japan
We report on measurements of gain variations in an
HUELXPGRSHG ¾EHU DPSOL¾HU 7UDQVLHQW JDLQ VDWXUDWLRQ
and recovery are measured using a self-probe technique
and a pump-probe technique, respectively. Wavelength
dependences of them are discussed.
WA2-57
High Gross Gain of Single-Mode Cr-Doped Fibers
(PSOR\LQJ2Q/LQH*URZWK6\VWHP
Chun-Nien Liu(1), Gia-Ling Cheng(2),
Nan-Kuang Chen(3), Yi-Chung Huang(4),
Pi-Ling Huang(1), Sheng-Lung Huang(2),
Wood-Hi Cheng(1)
(1)
National Chung Hsing Univ., Taiwan, (2)National
Taiwan Univ., Taiwan, (3)National United Univ., Taiwan, (4)
Brogent Technologies Inc., Taiwan
The fabrication and performance of single-mode CrGRSHGFU\VWDOOLQHFRUH¾EHU60&'&&)ZLWKKLJKLQGH[
glass as a cladding employing on-line laser-heated pedHVWDO JURZWK /+3* WHFKQLTXH DUH UHSRUWHG $ G%
JURVVJDLQZLWKQHWJDLQRIG%IRUWKH60&'&&)DW
wavelength of 1400-nm was obtained. The gross and net
JDLQV DUH WKH KLJKHVW \HW UHSRUWHG IRU 60&'&&) ZLWK
KLJKLQGH[ JODVV DV D FODGGLQJ OD\HU )XUWKHU GHYHORSPHQWRQKLJKHUJDLQRIWKH60&'&&)PD\EHIXQFWLRQHG
DVDEURDGEDQG¾EHUDPSOL¾HUIRUXVHLQWKHQH[WJHQHUation optical transmission systems.
WA2-58
Double Inscribing Method with CO2 Laser for
Suitable Spectrum of LPFG Used in Multipoint
7HPSHUDWXUH6HQVRU
Akihiro Kusama, Mamoru Iida, Osanori Koyama,
Syo Takasuka, Toshinori Murakami, Makoto Yamada
Osaka Prefecture Univ., Japan
$QHZPHWKRGWKHGRXEOHLQVFULELQJPHWKRGXVLQJD&22
laser, is proposed to make the loss spectrum of LPFGs
more suitable when constructing a multipoint temperature sensor using several LPFGs. The method makes the
main peak in the spectrum larger and suppresses associated sub peaks without greatly affecting the resonant
wavelength of the LPFG in the range where the grating
pitch of the LPFG is longer than 0.52 mm. Finally, the relationship between the grating pitch and a parameter of
WKHPHWKRGLVFODUL¾HGWRREWDLQVXLWDEOHVSHFWUXPIRUWKH
multipoint sensor.
:$
Simultaneous Interrogation of Multiple Correlation
3HDNVLQD%2&'$6\VWHPE\7LPHGRPDLQ'DWD
Processing
Gukbeen Ryu(1,2), Kwang Yong Song(3), Gyu-Tae Kim(2),
Sang Bae Lee(1), Kwanil Lee(1)
(1)
Korea Institute of Science and Technology (KIST),
Republic of Korea, (2)Korea Univ., Republic of Korea, (3)
Chung-Ang Univ., Republic of Korea
We introduce time-domain data processing to an ordiQDU\%ULOORXLQRSWLFDOFRUUHODWLRQGRPDLQDQDO\VLVV\VWHP
for simultaneous interrogation of multiple correlation
SHDNV,QH[SHULPHQWFRUUHODWLRQSRLQWVDUHVLPXOWDQHRXVO\LQWHUURJDWHGLQDPRSWLFDO¾EHU
WA2-60
Simultaneous Measurement of Curvature and
7HPSHUDWXUH%DVHGRQ7KLQ&RUH8OWUD/RQJ3HULRG
Fiber Grating
Wenjun Ni, Ping Lu, Chao Luo, Xin Fu, Deming Liu,
Jiangshan Zhang
Huazhong Univ. of Science and Technology, China
:HSURSRVHGDQGH[SHULPHQWDOO\GHPRQVWUDWHGDFXUYDWXUHVHQVRUEDVHGRQDWKLQFRUHXOWUDORQJSHULRG¾EHU
JUDWLQJZLWKKLJKFXUYDWXUHVHQVLWLYLW\RIG%P-16Lmultaneous measurement of curvature and temperature
without cross sensitivity are also demonstrated.
57
WA2-61
0HWDODVVLVWHG+LJK6HQVLWLYLW\0LFUR0DFK
=HKQGHU)LEHU7HPSHUDWXUH6HQVRUV
Kuan-Hao Lin(1), Nan-Kuang Chen(1), Shien-Kuei Liaw(2),
Wood-Hi Cheng(3)
(1)
National United Univ., Taiwan, (2)National Taiwan Univ.
of Science and Technology, Taiwan, (3)National Chung
Hsing Univ., Taiwan
The bimetal is sensitive to ambient temperature variation
and is attached against the miniaturized abrupt-tapered
0DFK=HKQGHU LQWHUIHURPHWHU IRU KLJK VHQVLWLYLW\ WHPSHUDWXUH VHQVLQJ XVLQJ DQ PPORQJ KLJKO\ (U<E FRGRSHG¾EHU7KHWZRDEUXSWWDSHUVDUHPDGHXVLQJDPLFURK\GURJHQ¿DPHZKHUHWKH¾UVWDEUXSWWDSHUFRYHUWV
partial core mode into cladding modes which will return
to meet the residual core mode at the second abrupt
WDSHUWRDFKLHYHLQWHUIHUHQFHV7KHPD[LPDOZDYHOHQJWK
VKLIWFDQEHHI¾FLHQWO\HQKDQFHGWREHQPLQƒ&
temperature variations at around 1610 nm wavelength.
WA2-62
7KH/LTXLG/HQJWK(IIHFWVRQWKH0DFK=HKQGHU
,QWHUIHURPHWHU,QGXFHGE\7ZR/LTXLG6HFWLRQVLQD
3KRWRQLF&U\VWDO)LEHU
Jia-Hong Liou, Chin-Ping Yu
National Sun Yat-sen Univ., Taiwan
We investigate the liquid length effects on the interferHQFHSURSHUWLHVRIWKH0=,EDVHG3&)VHQVRUIRUPHGE\
¾OOLQJ WZR VHSDUDWHG OLTXLG VHFWLRQV 7KH WHPSHUDWXUH
sensing sensitivities of variant liquid lengths are measured and discussed.
WA2-63
+LJKVHQVLWLYLW\+XPLGLW\6HQVRU&RPSRVHGRI
Optical Fiber Coated with Sol–gel Derived Porous
Silica
Nobuaki Tsuda, Hideki Fukano, Shuji Taue
Okayama Univ., Japan
We fabricated a humidity sensor by connecting sinJOHPRGH±PXOWLPRGH±VLQJOHPRGH ¾EHUV DQG FRDWLQJ
WKH VHQVLQJ SDUW ZLWK VRO±JHO GHULYHG SRURXV VLOLFD
achieving a high sensitivity (0.748 nm/% at 0.4% relative
humidity) and quick response.
WA2-64
$+LJKVHQVLWLYLW\7ZRGLPHQVLRQDO,QFOLQRPHWHU
%DVHGRQ7ZR(WFKHGFKLUSHG)LEHU*UDWLQJV
Hung-Ying Chang(1), Kuan-Ting Li(1), Po-Chia Huang(1),
Jung-Sheng Chiang(2), Nai-Hsiang Sun(2),
Wen-Fung Liu(1)
(1)
Feng-Chia Univ., Taiwan, (2)I-Shou Univ., Taiwan
:H SURSRVHG D QRYHO KLJKVHQVLWLYLW\ GXDOD[LV ¾EHU
LQFOLQRPHWHU EDVHG RQ WZR HWFKHG FKLUSHG ¾EHU %UDJJ
JUDWLQJV &)%*V ZLWK WKH &)%*VHQVLWLYLW\ RI QPGHJUHH DQG &)%*VHQVLWLYLW\ RI QPGHJUHH
respectively.
WA2-65
$3RO\PHU&RDWHG+ROORZ&RUH)LEHU)DEU\3pURW
,QWHUIHURPHWHUIRU6HQVLQJ/LTXLG/HYHO
Teng-Wei Fu(1), Yuan-Jie Yang(1), Jun-Han Lin(1),
Tung-Yuan Yeh(1), Pin Han(2), Cheng-Ling Lee(1)
(1)
National United Univ., Taiwan, (2)National Chung
Hsing Univ., Taiwan
7KLV VWXG\ SUHVHQWV D SRO\PHUFRDWHG KROORZFRUH¾EHU)DEU\±3HURW LQWHUIHURPHWHU WR PHDVXUH OLTXLG OHYHO
Wavelength shift of interference fringes of the proposed
GHYLFHH[KLELWVOLQHDUUHVSRQVHFRUUHVSRQGLQJWRWKHOLTXLGOHYHOZLWKDKLJKVHQVLWLYLW\RIíQPFP
Wednesday, July 6, 11:00-12:30 Poster Session
WA2-66
Multi-Channel Lasing Characteristics for Linear&DYLW\)LEHU6HQVRU6\VWHPXVLQJ62$DQG)LEHU
Bragg Grating Elements
Kazuto Takahashi(1), Mao Okada(1), Hiroki Kishikawa(1),
Nobuo Goto(1), Yi-Lin Yu(2), Shien-Kuei Liaw(2)
(1)
Tokushima Univ., Japan, (2)National Taiwan Univ. of
Science and Technology, Taiwan
0XOWLFKDQQHODPSOL¾FDWLRQZLWK62$LVLQYHVWLJDWHGIRU
use in the proposed linear-cavity sensing system. The
nonlinearity caused by gain saturation and FWM is analyzed. The lasing condition for multi-channel operation
LVDOVRFODUL¾HG
WA2-67
Novel Soft-Cladding Optical Fiber for Distributed
Pressure Sensing
Bin Zhou(1,2), Lin Htein(1), Zhengyong Liu(1),
A. Ping Zhang(1), Chao Lu(1), Hwa-yaw Tam(1)
(1)
The Hong Kong Polytechnic Univ., Hong Kong, (2)
South China Normal Univ., China
$QRYHORSWLFDO¾EHUZLWKVRIWFODGGLQJLVSUHVHQWHGIRU
surrounding pressure sensing application. The cladding
is made of a kind of transparent silicone which can be
FRPSUHVVHGE\DQGOHDGVWRH[WUDORVV,QWKHH[SHULPHQW
WKHORVVLQFUHPHQWRIDPHWHUORQJVRIWFODGGLQJ¾EHU
after applying high pressure up to 30 MP a is observed.
WA2-68
1RYHO%LGLUHFWLRQDO5HÁHFWLYH6HPLFRQGXFWRU
2SWLFDODPSOLÀHU
G. de Valicourt(1), A. Maho(2), A. Le liepvre(2), R. Brenot(2),
A. Velázquez(1,3), Y. K. Chen(1)
(1)
Nokia, USA, (2)‘Thales Research and Technology’ and
‘CEA Leti’, France, (3)UNAM, Mexico
:HSURSRVHDELGLUHFWLRQDOUH¿HFWLYHVHPLFRQGXFWRURSWLFDODPSOL¾HUDVSURPLVLQJVROXWLRQIRURQFKLSDPSOL¾FDWLRQZLWKVLOLFRQSKRWRQLFLQWHJUDWHGFLUFXLW6PDOOIRUP
factor device, wide optical bandwidth and high optical
¾EHUWR¾EHUJDLQDUHSUHVHQWHG
:$
6HPLFRQGXFWRU2SWLFDO$PSOLÀHULQ$:*67$5
Network with Wavelength Path Relocation Function
Takumi Niihara(1), Minoru Yamaguchi(1),
Osanori Koyama(1), Hiroaki Maruyama(1), Kazuya Ota(2),
Makoto Yamada(1)
(1)
Osaka Prefecture Univ., Japan, (2)Trimatiz Ltd., Japan
:HFRQVWUXFWHGDVHPLFRQGXFWRURSWLFDODPSOL¾HU62$
XQLWZLWKDVLJQDOJDLQJUHDWHUWKDQG%&:'0EDQGZLGWKDPSOL¾FDWLRQORZSRODUL]DWLRQGHSHQGHQFHDQGD
ORZQRLVH¾JXUH7RFRQ¾UPWKHDSSOLFDELOLW\RIWKH62$
LQDQ$:*67$5QHWZRUNZLWKRXUSURSRVHGZDYHOHQJWK
path relocation function, we evaluated the power penalty
RIWKH62$XQLWLQDQH[SHULPHQWDO$:*67$5QHWZRUN
:HIRXQGWKDWDPSOL¾FDWLRQE\WKH62$XQLWZDVHIIHFWLYH
LQ PDNLQJ ZDYHOHQJWK SDWK UHORFDWLRQ PRUH ¿H[LEOH E\
compensating for accumulated optical losses due to optiFDOGHYLFHVXVHGLQWKH$:*67$5QHWZRUN
WA2-70
40Gb/s Optical Receiver Using High-Gain MultiLevel Active Feedback with Serial Inductor Peaking
Cheng-Ta Chan, Oscal T.-C. Chen
National Chung Cheng Univ., Taiwan
In this work, a high-gain wide-bandwidth optical receivHU FRQVLVWLQJ RI D WUDQVLPSHGDQFH DPSOL¾HU D OLPLWLQJ
DPSOL¾HUDQGDQRXWSXW EXIIHULV GHYHORSHG(VSHFLDOO\
LQHDFKJDLQVWDJHRIDOLPLWLQJDPSOL¾HUWKHKLJKJDLQ
¶WKRUGHU0XOWL/HYHO$FWLYH)HHGEDFN0/$)VWUXFWXUH
with serial inductor peaking is employed to effectively
LQFUHDVH WKH EDQGZLGWK DQG WKH JDLQ 7KH 760& QP
&026WHFKQRORJ\ZDVXVHGWRLPSOHPHQWWKHSURSRVHG
optical receiver. With the use of inductor peaking applied
LQ WKH ¶WKRUGHU 0/$) WR HQODUJH WKH EDQGZLGWK WKH
proposed optical receiver has a bandwidth of 35GHz, and
DGLIIHUHQWLDOWUDQVLPSHGDQFHJDLQRIG%Ÿ&RPSDUing to conventional optical receiver, the proposed optical
UHFHLYHUH[KLELWVDZLGHEDQGZLGWKDKLJKJDLQDQGIDLUly good performance for applications of 40Gbps optical
communications.
WA2-71
)UHTXHQF\&KLUS3URSHUWLHV:LWK'DWD3DWWHUQ
Dependence in Quantum-Dot SOAs
Hiroki Hoshino, Norihiko Ninomiya, Motoharu Matsuura
The Univ. of Electro-Communications, Japan
We investigated the chirp properties using 10-Gbit/s
VLJQDO ZLWK D ¾[HG GDWD SDWWHUQ LQ TXDQWXPGRW VHPLFRQGXFWRU RSWLFDO DPSOL¾HUV 7KH UHVXOWV VKRZ WKDW WKH
properties depend on the data pattern affected by the
gain recovery time.
WA2-72
Optical Sensor Based on Mach-Zehnder
Interferometer Using Orbital Angular Momentum
Haozhe Yan, Shangyuan Li, Bian FengKai,
Xiaoping Zheng, Hanyi Zhang, Bingkun Zhou
Tsinghua Univ., China
$QRYHO0DFK=HKQGHULQWHUIHURPHWULFRSWLFDOVHQVRUXVLQJ RUELWDO DQJXODU PRPHQWXP 2$0 LV SURSRVHG DQG
H[SHULPHQWDOO\GHPRQVWUDWHGE\KLJKRUGHU2$0EHDP
with topological charge up to 10.
WA2-73
Precise Measurement of Microwave Evanescent
Fields along Fiberglass-Reinforced Plastic Mortar
Pipe Using Electro-Optic Sensor for Nondestructive
Inspection
Yoshiyuki Azuma(1), Fumiaki Ueno(1), Hiroshi Murata(1),
Yasuyuki Okamura(1), Tadahiro Okuda(2),
Masaya Hazama(2)
(1)
Osaka Univ., Japan, (2)Kurimoto LTD, Japan
We propose a new nondestructive inspection method
IRU ¾EHUJODVVUHLQIRUFHG SODVWLF PRUWDU SLSHV XVLQJ PLcrowave guided-mode and photonic techniques. This
method is based on precise measurement of microwave
HYDQHVFHQW¾HOGVDORQJWKHSLSHZDOOXVLQJHOHFWURRSWLF
sensors.
WA2-74
3ODVPRQLQGXFHG7UDQVSDUHQF\EDVHGRQ6LGH
coupled Stub and Hexagonal Resonators and Its
Sensing Characteristics
Tianye Huang(1,2), Minming Zhang(2), Songnian Fu(2)
(1)
China Univ. of Geosciences, China, (2)School of
optical and electronic information, and Huazhong Univ.
of Science and Technolgy, China
$PHWDOLQVXODWRUPHWDO0,0VWUXFWXUHFRPSULVLQJVWXE
DQG KH[DJRQDO UHVRQDWRU LV SURSRVHG WR UHDOL]H SODVPRQLQGXFHGWUDQVSDUHQF\3,7UHVSRQVH%HQH¾WIURP
high sensitivity and narrow transmission spectrum, sensLQJ¾JXUHRIPHULWDVKLJKDV5,8-1 can be achieved.
58
WA2-75
Optical Characteristicsof InP/GaInAs CorePXOWLVKHOO1:V*URZQE\6HOIFDWDO\WLF9/60RGH
Kohei Takano, Takehiro Ogino, Keita Asakura,
Takao Waho, Kuzuhiko Shimomura
Sophia Univ., Japan
We have successfully demonstrated the growth of InP/
*D,Q$VFRUHPXOWLVKHOOQDQRZLUHVHPSOR\HGWKHVHOIFDWDO\WLF9/6PRGHDQG93(PRGHRI0293(DQGREWDLQHG
the photoluminescence spectrum dependent on the
WKLFNQHVVRI*D,Q$VVKHOOOD\HU
WA2-76
6.*URZWKRI,Q$V4XDQWXP'RWVRQ'LUHFWO\
bonded InP/Si Substrate Using MOVPE
Naoki Kamada, Toshiki Sukigara, Keiichi Matsumoto,
Junya Kishikawa, Tetsuo Nishiyama, Yuya Onuki,
Kazuhiko Shimomura
Sophia Univ., Japan
6WUDQVNL.UDVWRQRJK 4'V KDYH EHHQ VXFFHVVIXOO\ JURZQ
RQ ,Q36L VXEVWUDWH IDEULFDWHG E\ ZDIHU GLUHFW ERQGLQJ
$FFRUGLQJ WR 3/ DQG $)0 PHDVXUHPHQWV DOPRVW WKH
same size and peak wavelength have been obtained with
the InP substrate.
WA2-77
+\EULG(OHFWURRSWLF3RO\PHU0RGXODWRUV
Feng Qiu, Shiyoshi Yokoyama
Kyushu Univ., Japan
,QWKLVOHWWHUZHUHSRUWD7L22/electro-optic polymer hyEULGULEZDYHJXLGHZLWKDORZ¾JXUHRIPHULWRI9ÁFP
FRUUHVSRQGLQJ WR 9ÁFP LQ D WUDGLWLRQDO SXVKSXOO
0DFK=HKQGHU LQWHUIHURPHWHU VWUXFWXUH 7KLV ORZ ¾JXUH
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cm and a simple fabrication process.
WA2-78
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Characterization for High-Speed Ge-PD on Si with
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Jeong-Min Lee(1), Minkyu Kim(1),
Stefan Lischke(2), Lars Zimmernman(2), Seong-Ho Cho(3),
Woo-Young Choi(1)
(1)
Yonsei Univ., Republic of Korea, (2)IHP, Germany, (3)
Samsung Advanced Institute of Technology, Republic
of Korea
We characterize photodetection frequency response of a
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photodetection bandwidth using an equivalent circuit
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Hiroya Mitsuno, Takeo Maruyama, Koichi Iiyama
Kanazawa Univ., Japan
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obtained at electrode spacing of 0.6 µm, receiving area of
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Youxin Liu, Yongqing Huang, JiaRui Fei, Yangan Zhang,
Xiaomin Ren, Kai Liu, Xiaofeng Duan
Beijing Univ. of Posts and Telecommunications, China
Two measurement techniques were investigated to charDFWHUL]HSKRWRGHWHFWRUOLQHDULW\$PRGHORIWKHPHDVXUHment system was developed to study the limitation of
the two-tone method and the results correspond well to
calculation results.
Wednesday, July 6, 11:00-12:30 Poster Session
WA2-81
2SWLPL]DWLRQRI7HPSHUDWXUH'HSHQGHQWQP
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Sizes
Chun-Yen Pong, Cheng-Ting Tsai, Yun-Chen Wu,
Shan-Fong Leong, Yu-Chieh Chi, Gong-Ru Lin,
Chao-Hsin Wu
National Taiwan Univ. Taiwan
QP YHUWLFDOFDYLW\ VXUIDFHHPLWWLQJ ODVHUV 9&6(/V
with different aperture dimensions are fabricated and
characterized at different temperatures. The characWHULVWLFV RI /,9 VORSH HI¾FLHQF\ WHPSHUDWXUH VWDELOLW\
small-signal measurement, and data transmission using
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and Nano-roughened ZnO Structure
Ming Wang, Zhigang Zang, Xiaosheng Tang
Chongqing Univ., China
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Concentric Circular High Index Contrast Gratings
5HÁHFWRUZLWK)RFXVLQJ$ELOLW\
Wenjing Fang, Yongqing Huang, Xiaofeng Duan,
Kai Liu, Xiaomin Ren, Jun Wang
Beijing Univ. of Posts and Telecommunications (BUPT),
China
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high concentration is appeared at 10.87mm at normal
incidence for radially polarization.
WA2-84
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green-blue Laser Beam Multiplexers
S. Tanaka(1), A. Nakao(1), S. Yokokawa(1),
S. Hayashiguchi(1), T. Katsuyama(1), K. Nakajima(2),
N. Ikeda(2), Y. Sugimoto(2)
(1)
Univ. of Fukui, Japan, (2)National Institute for Materials
Science (NIMS), Japan
([WUHPHO\FRPSDFW 6L22±EDVHG ZDYHJXLGHW\SH PLUURUV
composed of deeply-etched trenches are fabricated. The
newly-developed deep and small trench enables us to
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LQFOXGLQJ UHGJUHHQEOXH PXOWLSOH[HUV IRU ODVHU SURMHFtors.
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Tomoki Kondo, Ryotaro Kitaoka, Wataru Chujo
Meijo Univ., Japan
In order to realize multiple-access and two-way visible
light communication with image sensor, isolation charDFWHULVWLFV EHWZHHQ /(' DQG LPDJH VHQVRU ZLWKLQ WKH
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0XOWLPRGH7KUHH%UDQFK3RO\PHU6SOLWWHU
Václav Prajzler, Radek Maštera
Czech Technical Univ. in Prague, Czech Republic
We report about three branch multimode polymer power
splitters. New design with insertion of rectangle shaped
spacing into the central part of the splitter ensures more
evenly distribution of the output optical power.
WA2-88
2-stage Cascaded Silicon Photonic PBS based on
0DFK=HKQGHU'HOD\,QWHUIHURPHWHUV
Kohei Morita, Hiroyuki Uenohara
Tokyo Institute of Technology, Japan
We demonstrate a 2-stage silicon photonic polarization
EHDPVSOLWWHUEDVHGRQ0DFK=HKQGHUGHOD\LQWHUIHURPHWHU3RODUL]DWLRQH[WLQFWLRQUDWLRJUHDWHUWKDQG%RYHU
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simulation.
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An Ultra-compact and Low-loss Wavelength
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Metamaterial Structure
Feiya Zhou, Luluzi Lu, Minming Zhang, Songnian Fu,
Deming Liu
Huazhong Univ. of Science and Technology, China
$ ZDYHOHQJWK GHPXOWLSOH[HU ZLWK WKH FRPSDFW VL]H RI
—Pî—P LV SURSRVHG EDVHG RQ D QRYHO SKRWRQic-crystal-like metamaterial structure. The device displays
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bandwidth (>59nm) with large fabrication tolerance.
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Based on Sub-wavelength Gratings
Wang Ying, Huang Yongqing, Guo Yanan,
Fang Wenjing, Ren Xiaomin
Beijing Univ. of Posts and Telecommunications, China
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Waveguide Bends
Bruna Paredes, Humaira Zafar, Marcus S. Dahlem,
Anatol Khilo
Masdar Institute of Science and Technology, United
Arab Emirates
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Takahiro Inaba, Hiroyuki Tsuda
Keio Univ., Japan
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Hung-Ching Chung, Shuo-Yen Tseng
National Cheng Kung Univ., Taiwan
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couplers for broadband operation. Using shortcut to adiDEDWLFLW\DG%FRXSOHUZLWKDPD[LPXPLPEDODQFHRI
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Pair Generation Based on a Silicon Micro-ring
Resonator
Jing Suo, Wei Zhang, Shuai Dong, Yidong Huang,
Jiangde Peng
Tsinghua Univ., China
We propose and demonstrate a scheme to realize frequency entanglement based on a silicon micro-ring
resonator. The generated photon pairs also possess the
SURSHUW\RIHQHUJ\WLPHHQWDQJOHPHQW6RK\SHUHQWDQgled photon pairs are generated.
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On the Control of the Microresonator Optical
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Parametric Seeding
Jinghao Wang, Minming Zhang, Meifeng Li,
Yuanwu Wang, Deming Liu
Huazhong Univ. of Science and Technology, China
:H QXPHULFDOO\ LQYHVWLJDWH WKH LQ¿XHQFH RI SDUDPHWULF
seeding on the microresonator optical frequency comb in
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comb state.
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Photonic Circuits Optimization
Daniele Melati(1), Tsui-Wei Weng(2), Luca Daniel(2),
Andrea Melloni(1)
(1)
Informazione e Bioingegneri, Politecnico di Milano,
Italy, (2)Massachusetts Institute of Technology (MIT),
Cambridge, USA
$VSDUVHFRPELQHGJHQHUDOL]HGSRO\QRPLDOFKDRVPRGHO
is proposed to characterize the impact of fabrication process variations in photonic circuits and perform design
RSWLPL]DWLRQ6LPXODWLRQVRQDUHDOLVWLFH[DPSOHFRQ¾UP
the effectiveness of the technique.
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A Gaussian Beam Written Sampled Fiber Grating
IRU6XESV7LPH'HOD\/LQHV
Weiqian Zhao(1), Haifeng Qi(2), Yunchuan Zhang(1),
Mingya Shen(1)
(1)
Yangzhou Univ., China, (2)Laser Institute of Shandong
Academy of Science, China
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is reported. It has been designed for a signal processing
IXQFWLRQRI:'0WLPHGHOD\OLQHVZLWKVKRUWGHOD\V([perimental results are given for the grating spectra, and
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3HULRGLFDOO\3ROHG/L1E23 Ridge Waveguide for
+LJK*DLQ3KDVH6HQVLWLYH$PSOLÀHU
Tadashi Kishimoto(1,2), Koji Inafune(1), Yoh Ogawa(2),
Hitoshi Murai(1)
(1)
Oki Electric Industry Co., Ltd., Japan, (2)National
Institute of Information and Communications
Technology, Japan
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Xiaoyang Cheng, Luke Himbele, Ryan Imansya,
Haisong Jiang, Kiichi Hamamoto
Kyushu Univ., Japan
Preliminary research of MCF coupling to optical mode
switch is reported. Using single lens system like convenWLRQDO60)FRXSOLQJRXWSXWPRGHFRXSOLQJLVFRQ¾UPHG
between MCF and optical mode switch with coupling loss
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Wednesday, July 6, 11:00-12:30 Poster Session
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Antiguided Slab Waveguides
Chang-I Hsieh, Chih-Hsien Lai
National Yunlin Univ. of Science and Technology,
Taiwan
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waveguides is numerically investigated. The coupling
length is found to vary periodically with the gap between
the waveguide cores, owing to the Fabry-Perot-like behavior of the waveguide gap.
WA2-105
Design of a 1x2 Wavelength Selective Switch Using
DQ$UUD\HGZDYHJXLGH*UDWLQJZLWK)ROG%DFN
Paths on a Silicon Platform
Hideaki Asakura, Koki Sugiyama, Hiroyuki Tsuda
Keio Univ., Japan
$[ZDYHOHQJWKVHOHFWLYHVZLWFKZDVGHVLJQHG,WFRQsists of an arrayed-waveguide grating with fold-back
SDWKVWKUHH[LQWHUOHDYHUVDQG[VZLWFKHV7KHQXPber of crossings is independent of the number of wavelength channels.
WA2-111
Bit-Error-Rate Performance in Optical 16QAM
5HFRJQLWLRQE\0D[LPXP2XWSXWZLWK2SWLFDO
Waveguide Circuit
Kensuke Inoshita, Hiroki Kishikawa, Nobuo Goto
Tokushima Univ., Japan
We have proposed optical waveguide circuits for recogQLWLRQRIRSWLFDO4$0FRGHVE\GHWHFWLQJWKHPLQLPXP
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output port.
WA2-100
Demonstration of Controlling Chromatic Dispersion
at SOA with Mach-Zehnder Interferometric
0HDVXUHPHQW6\VWHP
Yusuke Yamanaka, Yuki Fujimura, Kazutoshi Kato
Kyushu Univ., Japan
:HSURSRVHGWKH0DFK=HKQGHULQWHUIHURPHWULFV\VWHP
to measure the chromatic dispersion at an optical device.
We demonstrated that the phase difference between two
OLJKWZDYHVFDQEHFRQWUROOHGDWWKH62$ZLWKRXUV\VWHP
WA2-106
6XSSUHVVLRQRI3KDVH1RLVH,QGXFHGE\2SWLFDO
Interference in Optoelectronic Oscillators
Huanfa Peng, Xiaofeng Peng, Yongchi Xu,
Cheng Zhang, Lixin Zhu, Weiwei Hu, Zhangyuan Chen
Peking Univ., China
7KH LQ¿XHQFH RI RSWLFDO LQWHUIHUHQFH LQGXFHG E\ UH¿HFtion of photodiode on the phase noise of optoelectronic
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DW N+] RIIVHW LV LPSURYHG E\ G% WKURXJK RSWLFDO
interference suppression.
WA2-112
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Waveguide for Nonlinear Applications
Pengjiang Wei(1), S. H. Wang(2), Brent E. Little(3),
Sai Tak Chu(1)
(1)
City Univ. of Hong Kong, Hong Kong, (2)Fuzhou Univ.,
China, (3)CAS, China
We investigate the nonlinear properties of the doped
VLOLFD JODVV LQWHJUDWHG ZDYHJXLGH SODWIRUP ZLWK D 6LQF
strip-loaded structure. We show the nonlinear properties
LV GUDVWLFDOO\ HQKDQFHG E\ DGGLQJ D 6LQF OD\HU LQ WKH
waveguide core.
WA2-101
+\EULG0HWDO,QVXODWRU0HWDO3ODVPRQLF:DYHJXLGH
and Ring Resonator
Prateeksha Sharma, Dr. Dinesh Kumar V.
Indian Institute of Information Technology, India
Mode properties of hybrid metal insulator metal (HMIM)
plasmonic waveguide has been analyzed and compared
with hybrid metal insulator plasmonic waveguide. Transmission characteristics of HMIM ring resonator has also
EHHQLQYHVWLJDWHGXVLQJ&67PLFURZDYHVWXGLR
WA2-102
7XQDEOH6LQJOH%DQGSDVV0LFURZDYH3KRWRQLF
Filter based on Phase Compensated Silicon-onInsulator Microring Resonator
Wenjian Yang, Xiaoke Yi, Shijie Song, Suen Xin Chew,
Liwei Li, Linh Nguyen
The Univ. of Sydney, Australia
$WXQDEOHVLQJOHEDQGSDVVPLFURZDYHSKRWRQLF¾OWHUH[KLELWLQJQDUURZEDQG5)UHVSRQVHZLWKPRUHWKDQG%
sideband suppression ratio and an improved shape factor
LVSURSRVHGDQGH[SHULPHQWDOO\GHPRQVWUDWHGEDVHGRQ
phase compensated silicon-on-insulator microring resonator.
WA2-103
Full-Band Direct-Conversion Receiver Using
Microwave Photonic I/Q Mixer
Yue Zheng(1,2), Jianqiang Li(1), Qiang Lv(2,3),
Jianwei Zhou(1), Yuting Fan(1), Feifei Yin(1), Yitang Dai(1),
Kun Xu(1)
(1)
Beijing Univ. of Posts and Telecommunications,
China, (2)CETC Key Laboratory of Aerospace
Information Applications, China, (3)The 54th Research
Institute of China Electronics Technology Group
Corporation, China
$ IXOOEDQG GLUHFWFRQYHUVLRQ UHFHLYHU XVLQJ PLFURZDYH
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WA2-104
2XWSXW7LPLQJ$GMXVWPHQW0HFKDQLVPRI2SWLFDO
and Electronic Combined Buffer for Optical Packet
Switching
Takahiro Hirayama, Hiroaki Harai
National Institute of Information and Communications
Technology, Japan
2XURSWLFDODQGHOHFWURQLFFRPELQHGEXIIHUDUFKLWHFWXUH
FRSHVZLWKERWKH[WHQVLELOLW\DQGHQHUJ\HI¾FLHQF\LQRStical packet switching. In this paper, we propose an output timing adjustment mechanism for its electronic parts.
WA2-107
SDM Networking Schemes Compared for
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Miri Blau, Dan M. Marom
Hebrew Univ. of Jerusalem, Israel
:H H[SORUH WKH 6'0 VLJQDO HYROXWLRQ WKURXJK WKH QHWwork, in the strongly and weakly coupled regimes. Linear
transmission and full network model are offered, and
suggestions for improvement evaluated. Weakly and
strongly coupled transmission is compared in terms of
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WA2-108
7RSRORJ\5HFRQVWUXFWLRQ6WUDWHJ\ZLWKWKH2SWLFDO
Switching based Small World Data Center Network
Tingting Yang, Dongxu Zhang, Hongxiang Guo,
Jian Wu
Beijing Univ. of Posts and Telecommunications, China
We proposed periodic and load-driven topology reconVWUXFWLRQVWUDWHJLHVIRUWKH2SHQ6FDOHDUFKLWHFWXUH6LPXODWLRQUHVXOWVYHUL¾HGWKHLUHIIHFWLYHQHVVZKLOHORDGGULYen reconstruction strategy performs better in reducing
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burden.
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Formats
Francesco Fresi(1), Gianluca Meloni(1),
Fabio Cavaliere(2), Luca Potì(1)
(1)
CNIT, Italy, (2)Ericsson Research Italy, Italy
1\TXLVW:'0DQG7LPH)UHTXHQF\3DFNLQJWROHUDQFHWR
ICI arising from laser frequency deviation from nominal
value is investigated through simulations. Performance
FRPSDULVRQDWELWV+]6SHFWUDO(I¾FLHQF\VKRZVWKDW
7)3H[KLELWVKLJKHUUREXVWQHVVWR,&,DQG2615GHJUDdation.
WA2-110
Investigation of Switch Reduction of a MultiDimensional Optical Node for Spatial Division
Multiplexing Networks
Hiroki Sasago, Hiroyuki Uenohara
Tokyo Institute of Technology, Japan
We propose multi-dimensional optical nodes with multiFRUH¾EHULQSXWDQGRXWSXW&RPSDUHGZLWKFRQYHQWLRQDO
:66EDVHG 52$'0 UHGXFWLRQ UDWH RI VZLWFKHV RI DQG FXPXODWLYH ORVV UHGXFWLRQ IURP G% WR G% DUH
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WA2-113
Integration of Micro Data Center with Optical Line
7HUPLQDOLQ3DVVLYH2SWLFDO1HWZRUN
Bingliang Yang, Zitian Zhang, Kuo Zhang, Weisheng Hu
Shanghai Jiao Tong Univ., China
:HKDYHFRPELQHG0LFUR'&DQG2/7E\/HDI6SLQH/
/ 32'EDVHG IDEULF LQ RUGHU WR VROYH WKH SUREOHP RI
EDQGZLGWK PLVPDWFK EHWZHHQ 321 DQG 2/7 XSOLQN WR
core network.
WA2-114
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6HOI)UHTXHQF\6KLIW
Y. Yamasaki, T. Nagashima, M. Hiraoka, T. Konishi
Osaka Univ., Japan
:HKDYHFDUHIXOO\H[DPLQHGKRZDPSOL¾HGVSRQWDQHRXV
emission noise affects optical quantization using soliton
self-frequency shift for photonic analog-to-digital conYHUVLRQLQWHUPVRILQWHJUDOQRQOLQHDULW\DQGWKHLQ¿XHQFH
of number of bit.
WA2-115
/DUJH'DWD7UDQVIHUVLQ:'01HWZRUNVZLWK1RGH
Storage
Da Feng, Weiqiang Sun, Weisheng Hu
SJTU, China
:H FDOO D :'0 QHWZRUN ZLWK QRGH VWRUDJH SURYLGLQJ
lightpaths for large data transfers the store-and-transfer
:'0 QHWZRUN DQG LQYHVWLJDWH UHVRXUFH SURYLVLRQLQJ LQ
LW XQGHU VOLGLQJ VFKHGXOHG WUDI¾F PRGHO ZKLFK FDQ GHcrease blocking by 40%.
WA2-116
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over 50 km SSMF and 7 km DCF
Pacharapon Chulok(1), Suvit Nakpeerayuth(1),
Duang-rudee Worasucheep(1), Naoya Wada(2)
(1)
Chulalongkorn Univ. Thailand, (2)National Institute of
Information and Communications Technology (NICT),
Japan
:H DFKLHYH '436. WUDQVPLVVLRQV RYHU NP 660)NP'&)DQGNP660)NP'&)ZLWKRSWLFDO
switch at 1550-nm wavelength. Constellation, accumulatHG ,4 WUDQVLWLRQ H\H GLDJUDP DQG %(5 DUH PHDVXUHG
3HQDOWLHVYHUVXVUHVLGXDO&'GLVWDQFHVDUHSORWWHG
Thursday, July 7
Room A
Room B
Room C
7K$ 5HFHQW7UHQGVLQ2SWLFDO1HWZRUNLQJ
7K% Short Reach 1
7K& 6'0UHODWHGÀEHU'HYLFHV&RQQHFWLYLW\
Presider: Takafumi Tanaka (NTT, Japan)
Presider: William Shieh (The Univ. of Melbourne, Australia)
Presider: Joel Carpenter (The Univ. of Queensland, Australia)
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5HFHQW6WDWXVRI&RUH1HWZRUN'HSOR\PHQWLQ
China
Chengliang Zhang
China Telecom Beijing Research Institute, China
7K%,QYLWHG
0RELOH%DFNKDXODQG)URQWKDXO6\VWHPV
Frank J. Effenberger
Futurewei Technologies, USA
The radio access network is growing fast, and the coming
5th generation systems promise to accelerate this trend.
This paper reviews the potential solutions that address
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Tsunetoshi Saito, Kengo Watanabe
Furukawa Electric Co., Ltd., Japan
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this paper, MCF connectivity techniques ready for practical use are introduced.
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Creating Cost Effective Bandwidth Abundant
Networks
Ken-ichi Sato
Nagoya Univ., Japan
We present a novel networking concept and a control
algorithm that attains link and node cost reduction simultaneously. The proposal can be implemented using
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Hanyi Zhang, Bingkun Zhou
Tsinghua Univ., China
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Chisato Fukai, Kotaro Saito, Ryo Koyama,
Mitsuru Kihara, Toshio Kurashima
NTT Corporation, Japan
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dust attachment patterns and with various optical power
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attachment pattern.
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Self-phase Modulation Based Signal Distortions of
Optical SSB-SC Signal with Pilot Carrier
K. I. Amila Sampath, Katsumi Takano, Manabu Sato
Yamagata Univ., Japan
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Input/Output Channel Coupling Devices for SDM
and MDM
Yasuo Kokubun
Yokohama National Univ., Japan
Input/output devices such as fan-in/fan-out and mode
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transmissions. In this review, the recent advances of these
devices as well as their principles are introduced.
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Ze Li, Min Zhang, Danshi Wang, Yue Cui
Beijing Univ. of Posts and Telecommunications, China
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Laser
Chuanbowen Sun, S. H. Bae, Hoon Kim, Y. C. Chung
KAIST, Republic of Korea
We demonstrate the transmission of 28-Gb/s 3-level electrical duobinary signals generated by a directly modulatHGODVHURYHUNP660)7KHGXRELQDU\VLJQDOVGULYLQJ
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and-add circuit.
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Weiliang Wu, Junjie Zhang, Zhen Zhang, Han Dun,
Qianwu Zhang
Shanghai Univ., China
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correlation and multiplication can be achieved within 5
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Spinning Effect in Few-mode Fiber with Distributed
Long Period Gratings
Jian Fang(1), Byoung Yoon Kim(2), William Shieh(1)
(1)
The Univ. of Melbourne, Australia, (2)Korea Advanced
Institute of Science and Technology, Republic of Korea
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Thursday, July 7
Room D
Room E
7K' Advanced Lasers II
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Presider: Jun-ichi Hashimoto (Sumitomo Electric Industries, Ltd., Japan)
Presider: Hiroyuki Uenohara (Tokyo Institute of Technology, Japan)
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Silvia Spiga, Alexander Andrejew, Gerhard Boehm,
Markus-Christian Amann
Technische Universität München, Germany
We present stationary and modulation characteristics of a
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with 17 GHz bandwidth and emitting at 1.55 µm. The reVXOWVRIVHYHUDOELWHUURUUDWHH[SHULPHQWVSHUIRUPHGZLWK
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are compared. Net bit rate up to 87.5 Gb/s have been
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Multi-Level High Speed Burst-Mode Receivers
Xin Yin, J. Van Kerrebrouck, G. Coudyzer,
Johan Bauwelinck
Ghent Univ. – imec – iMinds, Belgium
We review recent burst-mode receiver technologies
beyond 10Gb/s for broadband access and fast optical-switching networks, focusing on multi-level modulations. The performance of newly developed 25Gb/s
OHYHOEXUVWPRGHUHFHLYHUXVLQJORZFRVW*EV$3'V
is also presented.
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with 50 GHz Bandwidth
Shigeru Kanazawa, Satoshi Tsunashima,
Yasuhiko Nakanishi, Yoshifumi Muramoto,
Hiroshi Yamazaki, Yuta Ueda, Wataru Kobayashi,
Hiroyuki Ishii, Hiroaki Sanjoh
NTT Corporation, Japan
Using a fabricated optical transmitter and receiver with
a 50-GHz bandwidth, we obtained a bit-error rate of less
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without an equalizer.
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Shohei Oshida, Masashi Suhara, Tomoyuki Miyamoto
Tokyo Institute of Technology, Japan
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the proposed structure was established and low thermal
resistance property was revealed.
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Multi-rate Coherent Burst-mode PDM-QPSK Optical
Receiver for Flexible Optical Networks
José Manuel Delgado Mendinueta, Hideaki Furukawa,
Satoshi Shinada, Naoya Wada
National Institute of Information and Communications
Technology (NICT), Japan
:H QXPHULFDOO\ LQYHVWLJDWH D 3'0436. PXOWLUDWH FRherent burst-mode optical receiver capable of receiving
3 different line-rates. The line-rate detection algorithm
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polarization rotations and frequency offset.
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N. Andriolli(1,2), P. Velha(1,2), P. Tommasino(3),
M. Chiesa(1), G. B. Preve(2)$7UL¿OHWWL(3,4),
M. Romagnoli(2), G. Contestabile(1,2)
(1)
Scuola Superiore Sant’Anna, TeCIP Institute, Italy,
(2)
CNIT, Photonic Networks National Lab, Italy, (3)"La
Sapienza" Univ. of Rome, Italy, (4)Evoelectronics s.r.l.,
Italy
We report preliminary results on a multiwavelength (8
channels) transmitter integrated on a generic InP integration platform. The circuit is made by 8 tunable directly
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MMI couplers.
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Yuki Komori, Tomoyuki Miyamoto
Tokyo Institute of Technology, Japan
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using the Talbot effect is investigated considering the
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Using Four-Wave Mixing in a Quantum-Dot SOA
Liang Yang, Tomoya Yatsu, Motoharu Matsuura
The Univ. of Electro-Communications, Japan
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error-free operations and low power penalties for all
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Laser with Coupled Microtoroid Cavities in Vacuum
Mingming Zhao(1), Guanzhong Wang(1), Zhiqiang Jin(1),
Yingchun Qin(1), Zhang-qi Yin(2), Xiaoshun Jiang(1),
Min Xiao(1,3)
(1)
Nanjing Univ., China, (2)Tsinghua Univ., China, (3)Univ.
of Arkansas, USA
We report an ultra-low threshold phonon laser using coupled microtoroid cavities in vacuum with a novel coupling
method. The measured lasing threshold is as low as 1.3
µW.
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Order Ring Resonator
Jin Li(1), Alessia Pasquazi(2), Luigi Di Lauro(2),
Marco Peccianti(2), Edwin Y. B. Pun(1), David J. Moss(3),
Roberto Morandotti(4), Brent E. Little(5), Sai T. Chu(1)
(1)
City Univ. of Hong Kong, Hong Kong, (2)Univ. of
Sussex, UK, (3)Swinburne Univ. of Technology, Australia,
(4)
INRS - EMT, Canada, (5)Xi’an Institute of Optics and
Precision Mechanics, China
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different states is also investigated.
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Room A
Room B
Room C
7K$ Metro Networks
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Presider: Xi Wang (Fujitsu Labs of America, USA)
Presider: Toshihiko Hirooka (Tohoku Univ., Japan)
Presider: Takashi Matsui (NTT Corporation, Japan)
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Metro-embedded Cloud Platform with Alloptical Interconnections for Virtual Datacenter
Provisioning
Hongxiang Guo(1), Gang Chen(1), Dongxu Zhang(1),
Xiaoyuan Cao(2), Jian Wu(1), Takehiro Tsuritani(2)
(1)
Beijing Univ. of Posts and Telecommunications,
China, (2)KDDI R&D Laboratories Inc, Japan
We propose a novel cloud platform based on multiple
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Pulse Amplitude Modulation with Electroabsorption
Modulator
Riu Hirai(1), Nobuhiko Kikuchi(1), Takayoshi Fukui(2)
(1)
Hitachi Ltd., Japan., (2)Oclaro Japan, Inc., Japan
For power budget improvement of 28-Gbaud NyTXLVW3$0VLJQDOLQJZLWKDQ($PRGXODWRUZHLQFUHDVH
optical modulation amplitude by asymmetric nonlineariW\FRPSHQVDWLRQDQG'&ELDVRSWLPL]DWLRQ:HDFKLHYH
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Recent Developments of Multicore Multimode Fiber
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Kazi S. Abedin
OFS Laboratories, USA
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doped region that provides uniform modal gain in
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Flexible and Cost-Effective Optical Metro Network
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Masahiro Nakagawa, Kana Masumoto, Kyota Hattori,
Toshiya Matsuda, Masaru Katayama, Katsutoshi Koda
NTT Corporation, Japan
This paper presents a cost-effective optical metro network
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for low-loaded rural areas, and presents the results of
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A Scalable Optical Network Architecture Based on
WSS for Intra Data Center
Aijun Liu, Yongmei Sun, Hongxiang Wang, Yuefeng Ji
Beijing Univ. of Posts and Telecommunications, China
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Frame Length Averaging Method for Multi-carrier
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Toru Homemoto, Toshiya Matsuda, Masaru Katayama,
Katsutoshi Koda
NTT Corporation, Japan
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frame-order reversal.
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Method to Share a Burst-mode Receiver between
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Migration of Cloud Edge
Kyota Hattori, Masahiro Nakagawa, Toshiya Matsuda,
Masaru Katayama, Katsutoshi Koda
NTT Corporation, Japan
We study a future metro network architecture based on
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optical receivers and electrical switches by diverting NG321¶V FLUFXLWV DQG WUDQVPLWWHUV WR VXSSRUW WKH FORXG
edge cost-effectively.
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Novel Electrical Dispersion Compensation
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Kazuki Tanaka, Takashi Kobayashi, Akira Agata,
Kosuke Nishimura
KDDI R&D Laboratories Inc., Japan
We propose a novel electrical dispersion compensation
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systems and demonstrate the effectiveness in a transmisVLRQH[SHULPHQWRI*ELWV3$0VLJQDOVRYHUNP
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Band-Limited Optical Networks
Fotini Karinou(1), Zhao Yu(1,2), Nebojsa Stojanovic(1),
Changsong Xie(1)
(1)
Huawei Technologies Duesseldorf GmbH, Germany, (2)
Technical Univ. of Hamburg-Harburg, Germany
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are presented as well.
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Improvement of Bandwidth Limitation and
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Akira Masuda, Shuto Yamamoto, Hiroki Kawahara,
Shingo Kawai, Mitsunori Fukutoku
NTT Corporation, Japan
We have achieved improved bandwidth limitation and
chromatic-dispersion tolerances in a 4-level/7-level codLQJ3$0VFKHPHIRUDGLUHFWGHWHFWLRQV\VWHP6LPXODWLRQ
results showed the scheme enabled improved 112-Gb/s
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Power Budget Improvement of 25-Gb/s Optical Link
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Jingjing Zhou(1,2), Changyuan Yu(3), Gurusamy Mohan(1),
Hoon Kim(4)
(1)
National Univ. of Singapore, Singapore, (2)National
Univ. of Singapore, China, (3)The Hong Kong
Polytechnic Univ., Hong Kong, (4)Korea Advanced
Institute of Science and Technology (KAIST), Republic
of Korea
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transform-limited Gain-switched Pulse Source
Songyuan Dai, Masanori Hanawa
Univ. of Yamanashi, Japan
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on quasi-Fourier-transform-limited gain-switched short
optical pulse source is demonstrated thanks to both
timing jitter suppression by optical feed-back and waveOHQJWKFKLUSUHGXFWLRQE\QDUURZEDQGRSWLFDO¾OWHULQJ
64
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Masaki Wada, Taiji Sakamoto, Takayoshi Mori,
Takashi Yamamoto, Kazuhide Nakajima
NTT Corporation, Japan
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and a single-LP21-mode pump.
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Yuta Wakayama, Hidenori Taga, Takehiro Tsuritani
KDDI R&D Laboratories Inc., Japan
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Thursday, July 7
Room D
Room E
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Presider: Nicola Calabretta (Eindhoven Univ. of Technology, the Netherlands)
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Fred Buchali, Wilfried Idler
Nokia, Bell Labs, Germany
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baudrate systems suffer from nonlinear distortions.
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Integrated Photonics for Orbital Angular Momentum
EDVHG6\VWHPV
Siyuan Yu(1,2)
(1)
Univ. of Bristol, UK, (2)Sun Yat-sen Univ., China
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systems on integrated photonic devices will be discussed
and their progress reviewed. The remaining major challenges and possible solutions will be discussed.
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s-based PDM-QPSK WDM Signals
Yu Kawaguchi, Koki Takeshima, Daiki Soma,
Takehiro Tsuritani
KDDI R&D Laboratories Inc., Japan
200Gb/s-based 95.2-Tb/s transmission using 64-Gbaud
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been successfully demonstrated by optimization of optiFDO SUH¾OWHULQJ ZLWKRXW KLJKVSHHG GLJLWDO DQDORJ FRQYHUWHU'$&
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Optical Packet and Circuit Integrated Ring Network
Hideaki Furukawa
National Institute of Information and Communications
Technology, Japan
This paper shows optical packet and circuit integrated
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its operation.
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over 12,120km using DP-AM- DAC and DecisionIHHGEDFN(TXDOL]HU
Kengo Horikoshi, Fukutaro Hamaoka,
Asuka Matsushita, Munehiko Nagatani,
Hiroshi Yamazaki, Akihide Sano, Toshikazu Hashimoto,
Hideyuki Nosaka, Kazushige Yonenaga, Akira Hirano,
Yutaka Miyamoto
NTT Corporation, Japan
We demonstrate a high baud-rate data transmission
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100-GHz of spacing has been achieved.
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Distances
Matt Mazurczyk
TE SubCom, USA
We review advances in the technologies used to enable
high capacity transoceanic distance transmission includLQJWUDQVPLWWHU'63DGYDQFHGPRGXODWLRQIRUPDWVDQG
&/ WUDQVPLVVLRQ 'HPRQVWUDWLRQV LQFOXGLQJ WUDQVPLVsion of 49.3Tb/s over 9,000km are presented.
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4-Channel Silicon Photonic Mode Unscrambler
Andrea Melloni(1), Andrea Annoni(1),
Emanuele Guglielmi(1), Marco Carminati(1),
Giorgio Ferrari(1), Nicola Peserico(1), Stefano Grillanda(1),
Marc Sorel(2), Francesco Morichetti(1)
(1)
Politecnico di Milano, Italy, (2)Univ. of Glasgow, UK
We demonstrate all-optical unscrambling of four 10Gb/s
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Mode Division Multiplexing Switch for On-Chip
Optical Interconnects
Xinru Wu(1), Ke Xu(2), Daoxin Dai(3), Hon Ki Tsang(1)
(1)
The Chinese Univ. of Hong Kong, Hong Kong, (2)
Harbin Institute of Technology, China, (3)Zhejiang Univ.,
China
We demonstrate a thermo-optic switch for on-chip mode
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for the nine possible switch states over a 40 nm wavelength band.
65
Thursday, July 7
Room A
Room B
Room C
7K$ 7HFKQLFDO&KDOOHQJRQ2SWLFDO$FFHVV
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7K& Fiber Applications
Presider: Junichi Kani (NTT, Japan)
Presider: Koji Igarashi (Osaka Univ., Japan)
Presider: Pierre Sillard (Prysmian Group, France)
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Wireless Fronthaul/Backhaul Application
Michael H. Eiselt(1), Christoph Wagner(1,2), Mirko Lawin(1)
(1)
ADVA Optical Networking, Germany, (2)Technical Univ.
of Denmark (DTU), Denmark
/RZFRVW :'0321 VROXWLRQV IRU IURQWKDXO DQG EDFNhaul applications will include remotely controlled tail-end
transceivers. We report on control aspects of these transceivers and how standardization is evolving to enable
these applications.
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Over 400 Gbit/s Digital Coherent Channels for
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Yutaka Miyamoto
NTT Network Innovation Laboratories, Japan
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coherent optical channel transmission with channel rates
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technologies for 1-Tbit/s channel long-haul transmission
are addressed.
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Network Using Centralized Wavelength Switching
in DWDM PON
Goji Nakagawa(1),
Kyosuke Sone(1), Setsuo Yoshida(2), Shoichiro Oda(2),
Motoyuki Takizawa(1), Hirokazu Shimada(1),
Yasuhiko Aoki(1), Jens C. Rasmussen(2)
(1)
Fujitsu Limited, Japan, (2)Fujitsu Laboratories Ltd.,
Japan
:H SURSRVHG ':'0321 DUFKLWHFWXUH ZKLFK XWLOL]H
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UHFRQ¾JXUDWLRQ RI FRRUGLQDWHG PXOWLSRLQW WUDQVPLVsion in high density small cell network. We successfully
demonstrated the dynamic routing and monitoring behavior employing pilot tone scheme.
7K%
Experimental Demonstration of a Programmable
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Control
Yutaka Kai(1),
Ryo Okabe(1), Masato Nishihara(1), Toshiki Tanaka(1),
Tomoo Takahara(1), Jens C. Rasmussen(1),
F. Javier Vílchez(2), Laia Nadal(2), Josep M. Fàbrega(2),
Michela Svaluto Moreolo(2)
(1)
Fujitsu Ltd., Japan, (2)Centre Tecnològic de
Telecomunicacions de Catalunya CTTC, Spain
We propose a programmable 400-G discrete multi-tone
'07 WUDQVFHLYHU ZLWK SROLF\EDVHG FRQWURO :H H[SHULPHQWDOO\ GHPRQVWUDWH WKH * '07 WUDQVFHLYHU
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priority in a four-node photonic mesh network.
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Fabrication of Helical Fiber Grating and Its
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Peng Wang, Gen Inoue, Ramanathan Subramanian,
Hongpu Li
Shizuoka Univ., Japan
We propose and demonstrate a novel method to proGXFH D ¿DWWRS EDQGUHMHFWLRQ ¾OWHU ZKLFK LV UHDOL]HG
E\FRQVHFXWLYHO\FDVFDGLQJWZRKHOLFDOORQJSHULRG¾EHU
gratings (HLPG) with opposite helicities. Unlike most of
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cm) is needed, which thus makes this kind of HLPGs easily and particularly suitable to be fabricated by using the
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has been successfully obtained.
7K$
25-Gb/s ASE-Seeded WDM PON
Qikai Hu(1,2), Changyuan Yu(3), Pooi-Yuen Kam(1),
Hoon Kim(4)
(1)
National Univ. of Singapore, Singapore, (2)National
Univ. of Singapore, China, (3)The Hong Kong
Polytechnic Univ., Hong Kong, (4)KAIST, Republic of
Korea
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:'0SDVVLYHRSWLFDOQHWZRUNE\H[SORLWLQJWKHXOWUDQDUURZVSHFWUXPSUHVOLFLQJRIIVHWRSWLFDO¾OWHULQJDQGHOHFtronic dispersion compensation techniques.
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320 Gbit/s, 256 QAM LD-based Coherent
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Yixin Wang, Keisuke Kasai, Masato Yoshida,
Masataka Nakazawa
Tohoku Univ., Japan
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homodyne detection circuit. This is the highest bit rate yet
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7K$
Mitigation of optical beat interference in
N-dimensional CAP-PON uplink transmission
Jiale He(1), Lei Deng(1), Lu Shi(1), Mengfan Cheng(1),
Ming Tang(1), Songnian Fu(1), Minming Zhang(1),
Deming Liu(1), Perry Ping Shum(2)
(1)
Huazhong Univ. of Sci.&Tech. (HUST), China, (2)
Nanyang Technological Univ., Singapore
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transmission over a single wavelength, a novel technique
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Coherent Interference Reduction in Single- Fiber
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Applications
Xu Zhou, Ning Deng
Huawei Technologies Co., Ltd., China
We propose bidirectional transmission on same waveOHQJWKVLQDVLQJOH¾EHUIRU*EVVKRUWGLVWDQFHDSSOLFDWLRQV %\ XWLOL]LQJ DOWHUQDWHPDUN LQYHUVLRQ FRGLQJ
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Performance Investigation for LDPC-Coded
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PONs
Xiaoxue Gong, Lei Guo, Jingjing Wu
Northeastern Univ., China
To mitigate interferences of subcarrier-to-subcarrier
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transmission.
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Direct Detection
Kaiheng Zou, Yixiao Zhu, Fan Zhang, Zhangyuan Chen
Peking Univ., China
We demonstrated single channel dual-polarization diUHFWGHWHFWLRQWUDQVPLVVLRQRYHUNP660)RI*EV
1\TXLVW 4$0 KDOIF\FOH VLQJOH VLGHEDQG VXEFDUULHU
modulation. The net bit rate is 182.5Gb/s considering
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66
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Fibre Polarizer
Xinyue Wang(1), Kaige Chen(1), Zhongwei Tan(2),
Ziyu Wang(2)
(1)
China Agricultural Univ., China, (2)Peking Univ., China
We propose a tri-section side-polished polarization
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7K&
Ultrasonic Welding of Plastic Optical Fibers onto
Composite Materials
Shumpei Shimada(1),
Hiroki Tanaka(1), Kazuhiko Hasebe(1),
Neisei Hayashi(2), Yutaka Ochi(3), Takahiro Matsui(3),
Itaru Nishizaki(4), Yukihiro Matsumoto(5),
Yosuke Tanaka(6), Hitoshi Nakamura(7),
Yosuke Mizuno(1), Kentaro Nakamura(1)
(1)
Tokyo Institute of Technology, Japan, (2)The Univ. of
Tokyo, Japan, (3)Toray Industries, Inc., Japan, (4)Public
Works Research Institute, Japan, (5)Toyohashi Univ.
of Technology, Japan, (6)Tokyo Univ. of Agriculture and
Technology, Japan, (7)Tokyo Metropolitan Univ., Japan
We demonstrate the ultrasonic welding of plastic optical
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sensing. The relationships among the welding time, preload, optical loss, and adhesive force are fully evaluated.
High-speed monitoring is also performed.
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Ultra-low Loss, Ultra-large Aeff Optical Fibers for
Undersea Networks
Sergey Ten
Corning Incorporated, USA
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RI XOWUDORZ DWWHQXDWLRQ RSWLFDO ¾EHUV UHFRUG LV G%NP/DUJHHIIHFWLYHDUHD”—P2VLOLFDFRUH¾EHUV
became the solution of choice in the high capacity undersea communication systems.
Thursday, July 7
Room D
Room E
7K' Receivers & Modulators
7K( Novel materials and Devices
Presider: Taro Arakawa (Yokohama National Univ., Japan)
Presider: Toshio Katsuyama (Fukui Univ., Japan)
7K',QYLWHG
High-speed Avalanche Photodiode for Data Center
Networks
Masahiro Nada, Takuya Hoshi, Hideaki Matsuzaki
NTT Corporation, Japan
This paper presents high-speed avalanche photodiodes
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3ODVPRQLF2UJDQLF+\EULG32+0RGXODWRUV
A. Melikyan(1), K. Koehnle(2), M. Lauermann(2),
R. Palmer(3), S. Koeber(3), S. Muehlbrandt(3),
P. C. Schindler(2), D. L. Elder(4), S. Wolf(2), M. Sommer(3),
L. R. Dalton(4), D. Van Thourhout(6), W. Freude(2),
M. Kohl(3), J. Leuthold(5), C. Koos(2,3)
(1)
Nokia, Bell Labs, USA, (2)Institute of Photonics and
Quantum Electronics (IPQ), Karlsruhe Institute of
Technology (KIT), Germany, (3)Institute of Microstructure
Technology (IMT), Karlsruhe Institute of Technology
(KIT), Germany, (4)Univ. of Washington, USA, (5)Swiss
Federal Institute of Technology (ETH), Switzerland, (6)
Ghent Univ. - imec, Belgium
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discussed.
7K'
Low Voltage High Speed Si-Ge Avalanche
Photodiodes
Zhihong Huang, Cheng Li, Di Liang, Kunzhi Yu,
Marco Fiorentino, Raymond G. Beausoleil
Hewlett Packard Laboratories, USA
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operation up to 30Gbps data rate.
7K'
11-Gbps 16-QAM OFDM Radio over Fiber
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3KRWRUHFHLYHU%DVHGRQ3KRWRQLF3RZHU6XSSO\
T. Umezawa(1), K. Kashima(2), A. Kanno(1), K. Akahane(1),
A. Matsumoto(1), N. Yamamoto(1), T. Kawanishi(1,3)
(1)
National Institute of Information and Communications
Technology (NICT), Japan, (2)Hitachi-Kokusai Electric
Inc., Japan, (3)Waseda Univ., Japan
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power supply. In this paper, a high data rate photonic
wireless communication over 11 Gbps is demonstrated.
7K'
Design for High Speed Operation of Double
Microring Resonator-Loaded Mach-Zehnder 2×2
Quantum Well Optical Switch
Naoki Kawaguchi, Kento Hori, Taro Arakawa,
Yasuo Kokubun
Yokohama National Univ., Japan
We discuss theoretically the design of a quantum-well
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path switch for high-speed operation. Calculated results
show the switching time can be reduced to 54 ps using
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7K'
Mode-Division Multiplexing LiNbO3 Modulator using
Directional Coupler
Yutaro Kodama(1), Yuya Yamaguchi(1), Atsushi Kanno(2),
Tetsuya Kawanishi(1,2), Masayuki Izutsu(1,3),
Hirochika Nakajima(1)
(1)
Waseda Univ. Japan, (2)National Institute of
Information and Communications Technology (NICT),
Japan, (3)Japan Society for the Promotion of Science,
San Francisco Center, USA
:HGHVLJQHGDQGIDEULFDWHGD/L1E23 integrated optical
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signals in two modes can be independently controlled
and combined together. Mode crosstalk was smaller than
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7K(
In-Plane Saturable Absorption of Graphene on a
Silicon Slot Waveguide
Jiaqi Wang(1), Zhenzhou Cheng(2), Hon Ki Tsang(1),
Chester Shu(1)
(1)
The Chinese Univ. of Hong Kong, Hong Kong, (2)The
Univ. of Tokyo, Japan
We studied the saturable absorption in 17-micrometer
long graphene-on-silicon slot waveguide at 1550nm
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from 20 pJ input optical pulse energy. The transmission
increased by 44% at 167 pJ input.
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RQ6L3KRWRQLF&U\VWDO
Hisashi Chiba(1,2), Masaya Notomi(1,2)
(1)
NTT Corporation, Japan, (2)Tokyo Institute of
Technology, Japan
We have numerically simulated graphene-loaded silicon
photonic crystal waveguides. We found that it is possible
to create a nanocavity mode induced by graphene, and
Fermi energy modulation of graphene enables us to control cavity formation.
7K(
Silicon Slot Waveguide Ring Resonator: from
Single Resonance to Envelope Index Sensing
Weiwei Zhang, Samuel Serna, Xavier Le Roux,
Laurent Vivien, Eric Cassan
Univ. Paris Saclay, France
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of silicon slot waveguide ring resonators, sensitivity of
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to 1.33.
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Simultaneous Measurement of Strain and
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Grating on Polarization Maintaining Fiber
Jiageng Chen, Qingwen Liu, Xinyu Fan, Zuyuan He
Shanghai Jiao Tong Univ., China
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67