First International Conference on Self-Organizing Networks
January 13–14, 2015 Beijing, People's Republic of China
Welcoming Message from General Chair
Distinguished scholars, honourable guests, and ladies and gentlemen,
Welcome to Beijing. Welcome to ICSON 2015.
ICSON 2015 will focus on the key technologies and challenges of Self-Organization
Networks (SON), which is an intelligent and adaptive network. With the rapid development
of network technology, the network elements are able to be self-configured. The capacity and
performance are able to be self-optimized, and is able to be self-healed after anomalies and
failures automatically detected. SON saves CAPEX and OPEX for mobile network operators,
and will lead to a green and optimized solution for future heterogeneous wireless network.
During the conference, a variety of events including sessions from their own research
achievements in diverse manners will be provided and are called to be enjoyed. In the general
technical sessions, the academic papers will be presented and in the special sessions, the
trends of advanced technologies will be introduced by presenters from diverse fields. We
include many topics related with SON, such as resource allocation, multimedia service, signal
processing and transmission and so on.
The conference will provide us a good opportunity for exchanging our ideas and opinions
on SON and the related technologies.
Many thanks to the conference organizers for their hard efforts.
I hope you have many good memories here in Beijing.
Thank you.
Sun Songlin, Associate Professor
School of Information and Communication Engineering
Beijing University of Posts and Telecommunications
Conference Program
Technical Program for ICSON 2015
January 13
Time
8:30-9:00
Welcome Ceremony
9:00-10:00
Keynote Speech I: 5G Mobile Communications for 2020
and Beyond (Vision and Key Enabling Technologies)
10:00-10:30
Coffee Break
10:30-12:00
Session I: Resource Allocation and Management
12:00-13:00
Lunch
14:00-15:30
Session II: Signal Processing and Transmission
15:30-16:00
Coffee Break
16:00-17:30
Special Session I
January 14
Time
9:00-10:00
Keynote Speech II: New Network Architecture for
Mobile Internet
10:00-10:30
Coffee Break
10:30-12:00
Session III: Multimedia Service
12:00-13:00
Lunch
14:00-15:30
Special Session II
15:30-16:00
Coffee Break
18:00-20:00
Banquet
Paper Presentations
Session I
Resource
Allocation and
Management
Session II
Signal Processing
and Transmission
Special Session I
(Survey)
Session III
Multimedia
Service
Special Session II
(Invited Papers)
A Graph Coloring Based Resource Allocation
in Cognitive Networks
A Green SON Scheme Based on SFFR in
Future Cellular Networks
A Stackelberg Game Based Inter-tier
Spectrum Sharing Scheme Exploiting LTE-A
SON Techniques
Cognitive Radio Based Resource Scheduling
Strategy for LTE-A Self-organizing Network
Analyses of the interference mitigation in Ad
hoc network by using a heuristic scheme
Blind Symbol Synchronization Based on
Cyclic Prefix for OFDM Systems in Multipath
Fading Channels
Connectivity Performance of Bidirectional
Transmission in Mobile Ad Hoc Networks
Poster: Incident Signals Estimation Based on
a Modified MCA Learning Algorithm
Self-Optimised Coordinated Traffic Shifting
Scheme for LTE Cellular Systems
A Survey of Fast Algorithms for InterPrediction in High Efficiency Video Coding
A Survey on SON for enhanced ICIC
Research on Self-organizing network based
on MIMO Technology
The key technology of LTE system in selforganized network
A Video Transmission System based on the
Self-Organizing Networks
Fast intra prediction mode decision
algorithm for HEVC
On Using Game Theory to Solve the Scalable
Video Multicasting Problem in Mobile AdHoc Networks
Research on Rate Control Combined with
Joint Source-Channel Coding
A Three-Staged Improved OSIC Algorithm
with Lower Complexity in MIMO System
Improvement of the LR-Aided MIMO SIC
detection through a layered system
Radio Resource Management based on NFV
and SDN in 4G and 5G HetNet
Zhengmao Ye
Na
Chen
Songlin
Sun
Songlin
Sun
Yinghua
Chen
Yaxin
Wang
Yanyan
Qi
AHMED
RASHID
Lexi
Xu
Yuewen
ying
Li
chen
Chang
Li
Tianyi
Feng
Li
Wang
Danyang
Wang
Fukang
Hou
Tingting
Huang
Zhen
Dai
Zhen
Wei
Zhang
FengYe
Keynote speakers:
Jianquan Wang
Short Bio:
Doctor, technology Director of Network Construction Dept. China Unicom, Professor of
BUPT and Manager of Engineering Techniques.
Keynote title:
New network architecture for mobile Internet
Keynote abstract ： Mobile Internet is based on mobile network infrastructure; however,
today's mobile network has not fully taken into account the internet requirement from the
architecture design perspective. In face of rapidly boosting data traffic and new internet
service modes, the traditional mobile network, featured vertical pipes and isolated island-like
and application-specific architecture, is suffering multilateral pressures from capacity,
experience and CAPEX/OPEX. In order to be sustainable and flourish in the mobile internet
and 5G era, we propose the new internet-oriented, inter-connected, integrated and intelligent
mobile network architecture, namely "I-Net". We also hope that the whole industry can
collaborate to push forward this initiative.
Ming Lei
Short bio:
Ming Lei received the B.Eng. degree from the Southeast University in 1998 and the Ph.D.
degree from BUPT (Beijing University of Posts & Telecommunications) in 2003, all in
Electrical Engineering. From April 2003 to February 2008, he was a research scientist with
the National Institute of Information and Communications Technology (NICT), Japan, where
he contributed to Japan’s national projects on 4G mobile communications (MIRAI projects)
and IEEE standardization of 60-GHz multi-gigabit WPAN (IEEE 802.15.3c). From March
2008 to May 2009, he was a project lead of Intel Corporation, where he contributed to the
standardization of WiGig (60-GHz WPAN), IEEE 802.11ad (60-GHz WLAN) and IEEE
802.16m (mobile WiMAX). From May 2009 to January 2014, he was with NEC Laboratories
China, NEC Corporation, as the department head managing the wireless research &
standardization projects on 4G cellular mobile communications (LTE and LTE-Advanced),
60-GHz, mobile backhaul and so on. From February to September, 2013, he visited Stanford
University as a distinguished visiting scholar. In February 2014, he joined Samsung R&D
Institute China as the director of next-generation mobile communications department and
since then he has been managing 5G related projects. Dr. Ming Lei was elected to IEEE
Senior Member in 2009.
Keynote title:
5G Mobile Communications for 2020 and Beyond (Vision and Key Enabling Technologies)
Keynote abstract:
The race to search for innovative solutions to enable the 5G era has recently begun
worldwide. In early 2013, the European Commission announced that it would invest hugely
in 2013 for 5G research in multiple projects such as METIS, quickly followed by the
formation of the Chinese government-led IMT-2020 Promotion Group in February 2013 and
the initiation of the Korean government-led 5G Forum in May 2013. While the
standardization of 5G specifications in standards bodies such as 3GPP and the formal
ratification of 5G standards by ITU are still several years away, many share the vision that
the peak data rate of 5G should be tens of giga-bits per second and offer gigabits per second
experience to end users. We also believe 5G systems should be capable of providing
significant improvements in cell capacity and boost user data rates to accommodate rapidly
increasing traffic demands of the future. Specifically, from the data rate perspective, we
expect 5G systems to offer a minimum of 1 Gb/s data rate anywhere to provide a uniform
gigabits per second experience to all users, and up to 5 and 50 Gb/s data rates for highmobility and pedestrian users, respectively. On top of that, 5G will significantly improve the
performance metrics of latency, cell spectral efficiency, simultaneous connection, mobility
and cost efficiency. In this keynote presentation, we’ll give a holistic view of 5G visions,
requirements and key enabling technologies. Last but not least, we’ll introduce Samsung’s
world-leading 5G wireless and networking technologies, and prototypes which have set new
world record for data transmission rate.
VENUE
BUPT Hotel
10 Xitucheng, Haidian, Beijing
Tel: 010-5281 0888
BUPT Hotel, a subsidiary of the Beijing University of Posts and Telecommunications, is a
premium business hotel open to welcome both domestic and international travelers. The hotel
is located on the renowned Xueyuan Road. Refined architectural design seamlessly combines
technology and comfort. Customers will enjoy a unique personal experience with modern and
welcoming guest rooms, spacious and bright restaurant, simple, yet elegant decorations.
Accessible and convenient, the North 3rd Ring Circuits Road and major subway lines are
nearby; airport is only a 30 minutes ride away.
Conference dinner will take place in BUPT Hotel.
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