Welcome to Guangzhou and the Asia Communications
and Photonics Conference
It is a great pleasure to invite you to participate in the Asia Communications and Photonics Conference (ACP) 2012 and share the latest news incommunications and photonics science, technology and innovations fromleading companies, universities and research laboratories throughout theworld. ACP is Asia’s premier conference in the Pacific Rim for photonics
technologies, including optical communications, biophotonics, nanophotonics, illumination and applications in energy. ACP is co-sponsored by
five technical societies–IEEE Photonics Society, OSA, SPIE, the Chinese
Optical Society and the Chinese Institute of Communications. The localorganization of the technical conference is led by South China Normal
University.
The ACP technical conference features a full suite of plenary, invited, andcontributed talks given by international academic and industrial researchers who are leaders in their respective fields. This year’s conference will feature the following topics: Novel Fibers and Fiber-based Devices; Optoelectronic Integration, Devices, and Materials; Optical Transmission Systems,
Subsystems, and Technologies; Network Architectures, Management, andApplications; Biophotonics and Optical Sensors; LEDS, Photovoltaics, andOptoelectronics in Energy; and a Mini Symposium on Advanced Photonics
Materials. The conference will also include a wide spectrum of workshops,
and an Industry Forum to provide participants with the latest technicalbreakthroughs and emerging new commercial applications of optoelectronics subsystems and technologies. With a conference program of broad
scope and of the highest technical quality, ACP provides an ideal venue
to keep up with new research directions and an opportunity to meet andinteract with the researchers who are leading these advances. We have over
650 papers scheduled, including 130 invited and six tutorial presentations
made by many of the world’s most prominent researchers from academia
and industry. We thank all the contributors and authors for making ACP atruly unique, outstanding global event.
Our conference highlight is the Plenary Session scheduled on the morningof Friday, 9 November. Four outstanding, distinguished speakers will givepresentations. Professor Stefan W. Hill of the Department of Nanobiophotonics at the Max-Planck-Institute for Biophysical Chemistry in Germany
will give a Keynote Address on High Resolution Optical Microscopy. Professor Yasuhiko Arakawa from the Institute for Nano Quantum Information
Electronics at the University of Tokyo in Japan will present on Advancesof Quantum Dot Photonics: From Science to Practical Implementation.
Dr. Peter Winzer from the Optical Transmission Systems and Networks
Research Department at Bell Laboratories, Alcatel-Lucent, USA will
discuss Optical Networking Beyond WDM. Mrs. Wei Bing (on behalf of
Dr. Zhengmao Li, Executive Vice President of China Mobile) will give a

presentation about the strategy and requirement on 100G WDM of China
Mobile. In addition to the regular technical sessions, four workshops will
also be held featuring over thirty invited speakers. Two pre-conference
workshops on “Photonic Integrated Circuits for Next Generation Computers and Networks,” and “Energy Efficient Optical Communications andNetworking,” have been scheduled for Wednesday, 7 November and arecomplimentary to conference registrants. Other workshops include “Biophotonics Challenges-Research Frontiers vs. Biomedical Applications in
the Real World and Commercialization” (10th Nov.) and an “ICAM
Workshop on Emerging Topics of Silicon Photonics” (8th and 10th Nov.).
These workshops will also be held free of charge to conference registrants.
An Industry Forum will be held from 08:30-18:00 on Thursday, 8 November.
The Forum will address challenging issues of great interest to the industry.
This year the Industry Forum will explore Optical Transport Systems andNetworks – Current Status and Future Trends. We would like to thank theworkshop and Industry Forum organizers and speakers for the excellent
program.
Best Student Paper Awards will be given to students who are first authors
and presenters of exceptional contributed talks. For each technical track,
one winner and two honorable mentions will be selected. Awards will
be presented during the Banquet on Friday, 9 November. We would liketo acknowledge Synopsys and Photon Design for sponsoring this awards
program. Two poster-only sessions will be held on Friday afternoon from15:30-18:30. This is a good chance for you to meet with the authors anddiscuss technical issues in-depth.
In addition to the technical program, we have prepared a rich social
program to facilitate meeting and networking with colleagues from all over
the world. A Welcome Reception will be held on a boat in the evening on
Wednesday, 7th Nov, including dinner and the Pearl River Night Cruise.
The cruise will allow you to tour the most scenic spots of Guangzhou,
including more than 30 areas of cultural or historical significance. On
the evening of Friday, 9 November, we will hold a banquet for conference
registrants in the Garden Hotel’s Convention Hall. The banquet will feature
many professional musical performances and the presentations of the Best
Student Paper Awards. If you want to visit any local Guangzhou institutions, organizations and companies, you may contact our local organizer,
South China Normal University. They will be glad to assist you for any
request you may have.
It is an enormous task to organize a conference and it is impossible to succeed without the dedicated efforts of many supporters and volunteers. We
are indebted to the entire Technical Program Committee led by Chennupati

Jagadish (Australian National Univ., Australia); Xiang Liu (Bell Labortories,
USA); Xiaomin Ren (Beijing Univ. of Posts and Telecommunications, China);
and Perry Ping Shum (Nanyang Technological Univ., Singapore); and the
Subcommittee Chairs who have worked persistently throughout the wholeyear to invite speakers, solicit and review papers, organize the technicalsessions which results in the excellent technical program. We also thank thestaff and volunteers of the professional societies from OSA, IEEE/PS, SPIE,
COS, and CIC for organizing and sponsoring the event.
Guangzhou (Canton) is the capital of China’s most populous province(Guangdong), where the Chinese Revolution of 1911 started, as well as
China’s reform (1978). Guangzhou is also famous for its delicate Canton
food. We hope you will enjoy the conference and your stay in Guangzhou.
Sincerely,

Sailing He
The Royal Inst. of Technology,
Swedenand Zhejiang Univ.,China,
General Chair

Arthur Chiou
National Yang-Ming Univ.,Taiwan,
General Chair

Thomas L. Koch
Univ. of Arizona, USA,
General Chair

Yikai Su
Shanghai Jiaoton Univ., China,
General Chair

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Committee
Conference General Chairs

Sailing He, KTH, Sweden; Zhejiang Univ., China
Arthur Chiou, National Yang-Ming Univ., Taiwan
Thomas L. Koch, Univ. of Arizona, USA
Yikai Su, Shanghai Jiaotong Univ., China

Technical Program Chairs
Chennupati Jagadish, Australian National Univ., Australia
Xiang Liu, Bell Laboratories, USA
Xiaomin Ren, Beijing Univ. of Posts and Telecommunications,
China
Perry Ping Shum, Nanyang Technological Univ., Singapore

Sponsoring Society Representatives
IEEE Photonics Society:

Sailing He, KTH, Sweden; Zhejiang Univ., China
OSA:

Tingye Li, AT&T Labs, USA (retired)
SPIE:

Ming-Jun Li, Corning, USA
Chinese Institute of Communications:

Mao Qian, WRI-Fiberhome, China
Chinese Optical Society:

Xiaomin Ren, Beijing Univ. of Posts and Telecommunication,
China

Technical Program Committee
Subcommittee 1: Novel Fibers and Fiber-based
DevicesKin S. Chiang, City Univ. of Hong Kong, Hong Kong, Lead CoChair
Aoxiang Lin, Chinese Academy of Sciences, China, Co-Chair
Yunqi Liu, Shanghai Univ., China, Co-Chair
Jayanta Kumar Sahu, Univ. of Southampton, UK, Co-Chair
Hung-Chun Chang, National Taiwan Univ., Taiwan
Jianping Chen, Shanghai Jiaotong Univ., China
Lawrence Chen, McGill Univ., Canada
Zhihao Chen, A*STAR Institute for Infocomm Research,
Singapore
Simon Fleming, The Univ. of Sydney, Australia
Sophie LaRochelle, Universite Laval, Canada
Kyunghwan Oh, Yonsei Univ., Korea
Bishnu Pal, Indian Institute of Technology Delhi, India
Ravi Pant, CUDOS, Australia
Gang-Ding Peng, Univ. of New South Wales, Australia
Siddharth Ramachandran, Boston Univ., USA
Yunjiang Rao, Univ. of Electronic Science and Technology, China
Markus Schmidt, Max Planck Institute for the Science of Light,
Germany
Xuewen Shu, Aston Univ., UK
W. J. Wadsworth, Univ. of Bath, UK
Ji Wang, Corning Incorporated, USA
Changxi Yang, Tsinghua Univ., China

Subcommittee 2: Optoelectronic Integration,
Devices, and Materials

Guang-Hua Duan, Alcatel Lucent Bell Labs and Thales Research& Technology, France, Lead Co-Chair
Gong-Ru Lin, National Taiwan Univ., Taiwan, Co-Chair
Ting Mei, South China Normal Univ., China, Co-Chair
Danxia Xu, National Research Council Canada, Canada, CoChair
Daoxin Dai, Zhejiang Univ., China
Yongzhen Huang, Institute of Semiconductor, CAS, China
Graham Reed, Southampton University, UK
Haisheng Rong, Intel Corporation, USA
Kiyoto Takahata, NTT, Japan

Dries Van Thourhout, Ghent Univeristy – IMEC, Belgium
Valery Tolstikhin, OneChip Photonics Inc., Canada
SY Wang, HP Labs, USA
Liming Zhang, Alcatel-Lucent Bell Labs, USA
Zhiping Zhou, Peking Univ., China

Subcommitte 3: Optical Transmission Systems,
Subsystems, and Technologies

Ernesto Ciaramella, Scuola Superiore Sant’Anna, Italy, Lead
Co-Chair
Lianshan Yan, Southwest Jiao Tong Univ., China, Co-Chair
Naoya Wada, National Inst. of Information and Communications
Technology, Japan, Co-Chair
Ting Wang, NEC Laboratories America, USA, Co-Chair
Jin-Xing Cai, Tyco Telecommunications, USA
S. Chandrasekhar, Alcatel-Lucent, USA
Nan Chi, Fudan Univ., China
Magnus Karlsson, Chalmers Univ. of Technology, Sweden
Xinwan Li, Shanghai Jiaotong Univ., China
Zhensheng Jia, ZTE, USA
Junichi Nakagawa, Mitsubishi Electric Corporation, Japan
Derek Nesset, British Telecom, UK
Richard Penty, Univ. of Cambridge, UK
Josep Prat, Univ. Polit. Cataluna, Spain
Werner Rosenkranz, Christian-Albrechts Univ. of Kiel, Germany
William Shieh, Univ. of Melbourne, Australia
Hiroyuki Uenohara, Tokyo Institute of Technology, Japan
Tiejun Xia, Verizon Communications, USA
Xiangjun Xin, Beijing Univ. of Post and Telecommunications,
China
Qi Yang, Wuhan Research Institute of Post & Telecommunication,
China
Changyuan Yu, National Univ. of Singapore, Singapore
Xiaoping Zheng, Tsinghua Univ., China
Xiang Zhou, ATT Labs, USA

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Subcommittee 4: Network Architectures,Management, and Applications

Lena Wosinska, Royal Inst. of Technology KTH, Sweden, Lead
Co-ChairKen-ichi Sato, Nagoya Univ., Japan, Co-Chair
Gangxiang Shen, Soochow Univ., China, Co-Chair
Jing Wu, CRC, Canada, Co-Chair
Michihiro Aoki, National Institute of Informatics, Japan
Yasuhiko Aoki, Fujitsu Laboratories Ltd., Japan
Soichiro Araki, NEC Laboratories, Japan
Lian Kuan Chen,
Nasir Ghani, Univ. of New Mexico, USA
Lei Guo, Northeastern Univ., China
Wei Guo, Shanghai Jiaotong Univ., China
Hiroshi Hasegawa, Nagoya Univ., Japan
Monika Jäger, T-Systems, Germany
Jason P. Jue, Univ. of Texas at Dallas, USA
Carmen Mas Machuca, Technical Univ. Munich, Germany
Paolo Monti, Royal Inst. Of Technology, Sweden
Limei Peng, Soochow Univ., China
Univ. of Bologna, Italy
Galen H. Sasaki, Univ. of Hawaii, USA
Nina Skorin-Kapov, Univ. Of Zagreb, Croatia
Arun K. Somani, Iowa State Univ., USA
Anna Tzanakaki, Athens Information Technology, Greece
Chonggang Wang, InterDigital, Inc., USA
Huying Xu, Huawei, China
Hongfang Yu, Univ. of Electr. Science & Technology of China,
China
Feng Zhang, Institute of Infocomm Research, Singapore
Jie Zhang,
Wen-De Zhong, Nanyang Technological Univ., Singapore
Zuqing Zhu, Univ. of Science & Technology of China, China

Subcommittee 5: Biophotonics and Optical Sensors

Stefan Andersson-Engels, Lund Univ., Sweden, Lead Co-Chair
Jürgen Popp, Institute of Physical Chemistry, Friedrich-Schiller
Univ., Germany and Institute of Photonic Technology, Jena,
Germany, Co-Chair
Jie Tian, Institute of Automation, Chinese Academy of Sciences,
China, Co-Chair
Frank Tittel, Department of Electrical and Computer Engineering,
Rice Univ., USA, Co-ChairDavid Cuccia, Modulated Imaging, Inc., USA
Francesco Pavone, European Laboratory for Non-Linear
Spectroscopy, Italy
Bai-Ou Guan, Jinan Univ., China
Fu-Jen Kao, Department of Physics, National Yang-Ming
University, Taiwan
Aaron Ho,
Lei Jin, Chinese Academy of Sciences, Shenzhen Institute ofAdvanced Technology, China
Chau-Hwang Lee, Research Center for Applied Sciences,
Academia Sinica, Taiwan
Jonathan TC Liu, State Univ. of New York Stony Brook, USA
Hui Ma, Department of Physics, Tsinghua Univ., Shengzhen,
China
Junle Qu, Institute of Optoelectronics, ShenZhen Univ., China
Mike Somekh, Applied Optics Grou
UK
Gabriel Somesfalean, Department of Physics, Lund Univ.,
Sweden and COER, Zhejiang University, China
Dick Sterenborg, Erasmus Medical Centre, Rotterdam,
Netherlands
Valery Tuchin, Saratov Univ., Russia and Univ. of Oulu, Finland
Ilya Turchin, Biophotonics Laboratory, Institute of Applied Physics
RAS, Russia
Elina A. Vitol, Argonne National Laboratory, USA
Laura Waller, Electrical Engineering and Computer Science, USA
Laser Life Science Institute, South China Normal Univ.,
China

Subcommittee 6: LEDs, Photovoltaics, andOptoelectronics in Energy

Nelson Tansu, Lehigh Univ., USA, Lead Co-Chair
Hao-Chung Kuo, National Chiao-Tung Univ., Taiwan, Co-Chair
Euijoon Yoon, Seoul National Univ., South Korea, Co-Chair
Shoou-Jinn Chang, National Cheng Kung Univ., Taiwan
Soo-Jin Chua, National Univ. of Singapore, Singapore
Oki Gunawan, IBM T. J. Watson Research Lab, USA
Jung Han, Yale Univ., USA
Univ. of California – Los Angeles, USA
Krzysztof Kempa, Boston College, USA
Kei-May Lau, Hong Kong Univ. of Science and Technology, Hong
Kong
Xiuling Li, Univ. of Illinois-Urbana Champaign, USA
Seong-Ju Park, Gwangju Institute of Science and Technology,
South Korea
Seoung-Hwan Park, Catholic Univ. of Daegu, South Korea
James S. Speck, Univ. of California – Santa Barbara, USA
C. C. Yang, National Taiwan Univ., Taiwan
Yong-Hang Zhang, Arizona State Univ., USA
Hongping Zhao, Case Western Reserve Univ., USA

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Conference Highlights
Plenary
The ACP Plenary Session will take place on Friday, 9 Novemberin the Convention Hall of the Garden Hotel. The session will feature presentations by the following esteemed leaders in the field.
08:30–08:35
Welcome and Opening Remarks
08:35-10:05
Plenary Session I
08:05-09:20
High Resolution Optical Microscopy, Stefan W. Hell; Department of Nanobiophotonics, Max-Planck-Institute for Biophysical
Chemistry, Germany
09:20-10:05
Advances of Quantum Dot Photonics: From Science to Practical Implementation, Yasuhiko Arakawa; Institute for Nano
Quantum Information Electronics, The Univ. of Tokyo, Japan
10:05-10:30
Tea Break
10:30-12:00
Plenary Session II
10:30-11:15
Optical Networking Beyond WDM, Peter Winzer; Optical
Transmission Systems and Networks Research Department, Bell
Laboratories, Alcatel-Lucent, USA
11:15-12:00
The Strategy and Requirement on 100G WDM of China
Mobile, Wei Bing (on behalf of Zhengmao Li, Executive Vice
President); China Mobile, China
12:00
Lunch BreakHigh Resolution Optical Microscopy,
Stefan W. Hell; Department of Nanobiophotonics, Max-Planck-Institute for Biophysical
Chemistry, Germany
Stefan W. Hell is a scientific member ofthe Max Planck Society and a director at
the Max Planck Institute for Biophysical
Chemistry in Göttingen, where he currently
leads the Department of NanoBiophotonics. He is an honorary professor of experimental physics at
the Univ. of Göttingen and adjunct professor of physics at theUniv. of Heidelberg. Since 2003 he has led the High Resolution
Optical Microscopy division at the German Cancer ResearchCenter (DKFZ) in Heidelberg. He is a member of the board of
directors of the Göttingen Laser Laboratory as well as a memberof the Academy of Sciences of Göttingen and Heidelberg. Stefan
W. Hell received his diploma (1987) and doctorate (1990) in
physics from the Univ. of Heidelberg (both advised by Prof. S.
Hunklinger). From 1991 to 1993 he worked at the European
Molecular Biology Laboratory, also in Heidelberg, and followedwith stays as a senior researcher at the Univ. of Turku, Finland,
between 1993 and 1996, and as a visiting scientist at the Univ.
of Oxford, England, in 1994. In 1997 he was appointed to the
Max Planck Institute for Biophysical Chemistry in Göttingen,where he has built up his current research group dedicatedto sub-diffraction-resolution microscopy. In 2002, following
his appointment as a director, he established the departmentof Nanobiophotonics. Stefan W. Hell is credited with having
conceived, validated and applied the first viable concept for
breaking Abbe’s diffraction-limited resolution barrier in a lightfocusing microscope. He has published about 200 original publications and has received several awards, including the Prize of
the International Commission in Optics (2000), the Carl Zeiss
Research Award (2002), the “Innovation Award of the German
Federal President” (2006), the Julius Springer Award for Applied
Physics (2007), Leibniz Prize (2008), the Lower Saxony State
Award (2008), the Otto-Hahn-Prize in Physics (2009), the Ernst
Hellmut Vits Prize (2010), the Hansen Family Award (2011), theKörber European Science Prize (2011) and the Gothenburg Lise
Meitner Prize 2010/2011.

Advances of Quantum Dot Photonics:
From Science to Practical Implementation, Yasuhiko Arakawa; Institute for Nano
Quantum Information Electronics, The Univ.
of Tokyo, Japan
Yasuhiko Arakawa received his BE, ME,
and PhD degree in Electronics and Electrical Engineering from The Univ. of Tokyo,
Japan in 1975, 1977 and 1980, respectively.
In 1980, he joined The Univ. of Tokyo as an assistant professor
and promoted to an associate professor in 1981. He became afull professor in 1993. He is currently a professor of Instituteof Industrial Science and the director of Institute for Nano
Quantum Information Electronics, The Univ. of Tokyo. He has
been a member of Science Council of Japan (SCJ) since 2009. He
is also Fellow of the IEEE, OSA, JSAP, and IEICE, respectively
and a Vice President of International Commission for Optics(ICO). He has been engaged in pioneering research on quantum
dots and nanophotonics devices, including the proposal of thequantum dots and their application to lasers, the discovery ofcavity polariton effect in semiconductors, single photon emitters
operating at telecom wavelengths, the demonstration of single
artificial atom lasers, and the theoretical limit of conversion efficiency of quantum dot solar cells. For his seminal contributions,
he received numerous awards including JSAP Isamu Akasaki
Award (‘12), Heinrich Welker Award (‘11), OSA Nick Holonyak,
Jr. Award (‘11), C&C Award (‘10), Medal with Purple Ribbon(‘09), IEEE David Sarnoff Award (‘09), Prime Minister Award(‘07), Fujiwara Award (‘07), IEEE/LEOS William Streifer Award(‘04), and Leo Esaki Prize (‘04).
Optical Networking Beyond WDM, Peter
Winzer; Optical Transmission Systems andNetworks Research Department, Bell
Laboratories, Alcatel-Lucent, USA
Wavelength-division multiplexing (WDM)
has economically enabled network traffic
growth for two decades, but is now approaching fundamental scalability limits.
Space-division multiplexing (SDM) is
needed to scale transport networks to Petabits/s and beyond,ushering in a new era in optical fiber communications.

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Dr. Peter Winzer heads the Optical Transmission Systems andNetworks Research Department at Bell Laboratories, AlcatelLucent, in Holmdel, NJ. At Bell Labs since 2000, he has focusedon various aspects of high-bandwidth fiber-optic communication systems, including Raman amplification, advanced opticalmodulation formats and receiver concepts, digital signal processing and coding, as well as on robust network architectures
for dynamic data services. He demonstrated several high-speed
and high-capacity optical transmission records from 10 to 400
Gb/s, including the first 100G and the first 400G electronicallymultiplexed optical transmission systems and the first field trialof live 100G video traffic over an existing carrier network. Since2008 he has been investigating spatial multiplexing as a promising option to scale optical transport systems. He has widely
published and patented and is actively involved in technical andorganizational tasks with the IEEE Photonics Society and theOSA. He is a Distinguished Member of Technical Staff at Bell
Labs and a Fellow of the IEEE and the OSA.
The Strategy and Requirement on 100G
WDM of China Mobile, Wei Bing (onbehalf of Executive Vice President,
Zhengmao Li); China Mobile, China
Mrs. Wei Bing is the Deputy General Manager of China Mobile Research Institute(CMRI). She has over 20 years of Telecom
experience. She is well accomplished inCore Network, Intelligent Network, Transport network, IP network, Security and Service network. She
was in charge of many projects including “Technique roadmapof China Mobile”, “Technique foundation of TD-SCDMA”,“The development strategy of soft switch”, “The research anddevelopment of Data Service Management Platform (DSMP)”.
She was rewarded the second prize of the “National science andtechnology development”. She holds more than 20 domestic andinternational patents and has published many scientific papers.

Mr. Li Zhengmao is Executive Vice
President of China Mobile Communications Corporation. He was appointed to theposition in May 2008 and currently assists
the President in relation to technology,
R&D, overseas investment issues andmanagement of China Mobile Charity
Foundation, etc. From 1994 onwards, Mr.
Li held several positions in China United
Telecommunications Corporation (“former
China Unicom”) as Deputy General Manager of Network
Technology, General Manager of Wireless Communications,
General Manager of Technology and Deputy Chief Engineer.
Mr. Li was appointed Executive Director and Vice President ofChina United Telecommunications Limited in April 2000, andGeneral Manager of the Yunnan Branch of former China
Unicom in May 2002. In December 2003, he was appointed Vice
President of former China Unicom and assisted the President inrelation to value-added services, data and fixed-line value-added
services, international business, etc.

Poster Sessions

Welcome Reception

The banquet will be held in the Garden Hotel’s Convention Hallon the evening of 9 November. The banquet will feature many
professional musical performances and the Best Student Paper
Awards presentations.

Wednesday, 7 November
18:30–21:00
Pearl River Cruise. Meet in Lobby of Garden Hotel.

Friday, 9 November
15:30–18:30

Poster Session I
Hydrangea, Chrysanthemum, and Hibiscus, Garden Hotel
Poster Session II
Lobby of Convention Hall, Garden HotelOver 100 posters will be displayed during ACP 2012. Thesesessions are designed to provide an opportunity for selected
papers to be presented in greater visual detail and facilitate vivid
discussions with attendees. Authors will remain in the vicinityof the bulletin board for the duration of the session to answer
questions.

BanquetFriday, 9 November

19:00–21:00
Convention Hall, Garden Hotel

The Conference Welcome Reception will be held on Guangzhou’s newest and largest luxury cruise ship on the evening of
7 November. The event will include dinner and a Pearl River
Night Cruise aboard a three-tiered, glass-bottomed cruise ship.
The Cruise will feature a river tour of the most scenic sights inGuangzhou, including over 30 sites of historical or cultural significance, as well as six karaoke rooms, restaurants and breathtaking views from the observation decks.

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General Information
Registration

Conference Materials

Lobby, Garden Hotel

ACP Technical Digest on CD-ROM

Registration Hours
Wednesday, 7 November

12:00–18:00

Thursday, 8 November

07:45–18:00

Friday, 9 November

07:45–18:00

Saturday, 10 November

07:45–18:00

Speaker Preparation
All oral presenters should check in at the corresponding session
room at least thirty minutes prior to their scheduled talk to
upload and check their presentation.

The ACP 2012 Technical Digest on CD-ROM is composedof the 3-page summaries of invited and accepted contributed
papers. The Technical Digest CD-ROM is included with atechnical conference registration and can be found in yourregistration bag. The Digest will be available after the conference
on OSA’s Optics InfoBase (http://www.opticsinfobase.org/) andIEEE Xplore Digital Library http://www.ieee.org/web/publications/xplore/). The ACP 2012 Technical Digest is not available
in print form. IEEE Xplore Digital Library and OSA’s Optics
InfoBase and archived and indexed by INSPEC R and Ei Compendex, where it will be available to the international technicalcommunity. All international registrants will receive a copy ofthe proceedings as part of their registration fee.

Exhibition

3rd Floor Hallway (close to the coffee break area), Garden Hotel
The ACP Exhibition is open to all registered attendees.

Exhibition Hours
Thursday, 8 November

08:00–17:30

Friday, 9 November

08:00–17:30

Saturday, 10 November

08:00–17:30

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Workshops
Photonic Integrated Circuits for Next
Generation Computers and Networks
Wednesday, 7 November
13:30-17:45
Begonia, Garden HotelIn the next generation of computer and network technology, it is essential to increase the computation performance and network efficiency to a higher level by increasing the speed and bandwidth withthe lowest possible power consumption. While CMOS-based silicontransistors might follow the expectations of the Moore’s Law, thecopper-based electrical interconnects are certainly not likely to meetthese expectations. The CMOS-based electronic integrated circuit
technology, for both computers and network systems, is rapidly approaching its limits in scaling with ever-increasing power consumption. Thus, the optics and photonics community has been looking
for ways to overcome these limits by way of devising revolutionary
alternate means such as optoelectronic and photonic integrated circuits, optical interconnects, silicon photonics, and nanophotonics.
The rapid development of these integration technologies is showing
promising solutions to the next generation computers and networks
not only in power consumption but also in offering advantages
like compactness, light-weight, resource saving, and increased
functionalities. Photonic integrated circuits technology is offering promises of monolithic/hybrid integration of building blockdevices of diverse new functionalities of low cost, footprint, andpower consumption based on compound semiconductors, groupfour semiconductors like silicon and germanium, dielectric wires,
micro-rings, photonic crystals, nanowires, plasmonics, metamaterials, and others. Photonic integrated circuits can impact the existingarchitectures and performances in computers and networks withcomponents of new design concepts and functionalities. Silicon
photonics is also developing rapidly to provide solutions for micro/
nano-photonic devices and integrated devices, active and passive,of diverse functionalities - modulators, detectors, waveguides, andfilters - with benefits capitalizing the already well-established siliconfoundry technology. The silicon platform offers especially highpotentials based on large wafer sizes and high-yield fabrication.
Optical interconnection technology is offering promising solutionsof high-speed and high-bandwidth data movement not only within
the computers but also between computers in data centers by way ofboard-to-board, chip-to-chip, and on-chip optical interconnection.

The transition from copper to optics is expected to occur within theforeseeable future. The markets of these technologies are expected
to grow fast in the next decade but many practical challenges still
remain including cost issues. This workshop is to provide a forum
for international experts to present and discuss the visions andperspectives of these technologies including recent progresses andfuture prospects and challenges for applications. A series of invited
presentations, covering a variety of subjects, are scheduled for thishalf-day workshop.

Photonic Integrated Circuits for Next Generation
Computers and Networks I

Organizers:

14:00 III-V and Silicon Photonic Integrated Circuit Technologies, Thomas Koch; University of Arizona, USA

13:30-15:00
Presider: El-Hang Lee; Inha University, South Korea

13:30 Heterogeneous Photonic and Electronic Integrated
Circuit Technologies for Future Computing and Networking Systems, S. J. Ben Yoo; University of California
at Davis, USA

14:30 Silicon- and Plasmonics-based Nanophotonics for
Telecom and Interconnects, Lech Wosinski; KTH, Sweden
15:00 Silicon Based Modulators and Systems for Short Reach
Interconnect, Graham Reed; Southampton University,
UK
El-Hang Lee
Inha Univ., Republic of Korea

Graham Reed
Southampton Univ., UK

Photonic Integrated Circuits for Next Generation
Computers and Networks II
15:45-17:45
Presider: Graham Reed; Southampton University, UK

15:45 Si/Ge/silica Monolithic Photonic Integration for Telecommunication Applications, Koji Yamada; NTT, Japan
16:15 Recent Advances in Manufactured Silicon Photonics
Integrated Circuits, Dazeng Feng; Kotura, USA

Thomas Koch
Univ. of Arizona, USA

16:45 Silicon and Hybrid Silicon Photodetectors for Photonic Integrated Circuits, Andrew Poon; Hong Kong Univ.
of Science and Technology, Hong Kong
17:15 Modeling Challenges for Large-scale Photonic Integrated Circuits, Andre Richter; VPI Systems, Germany

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Energy Efficient Optical Communications
and Networking
Wednesday, 7 November
13:30-18:00
Camellia, Garden Hotelthat addressing energy efficiency in optical communications
and networking has the potential to greatly enrich the technicalprogram of the conference. Academia, service providers, andnetwork operators are the envisioned target for this event.
Organizers:

There is a rising concern about the energy consumption figuresof communication networks. It has been estimated that the global ICT energy consumption amounts to 7% of the entire electricity production, while the energy requirements of data centers
and network equipment are foreseen to grow with a yearlyrate of 12%. Furthermore, with an ever-increasing demand forbandwidth, connection quality, and end-to-end interactivity,
computer networks are requiring more and more sophisticatedand power-hungry technologies. This is why every network segment, i.e., from the access to the core, has been the target of optimization studies aimed at reducing their power consumption.
In this regard optical communication plays a central role. In thecore segment transport solutions based on wavelength divisionmultiplexing (WDM) technologies are able to significantly lower
the overall power levels. Similarly, in the access segment Passive
Optical Networks (PONs) are becoming an attractive alternative to their active counterparts. For this reason, and in orderto foster further improvements, energy efficiency in the opticallayer has attracted a lot of attention and a wide range of topics
are addressed in the literature.
The scope of this workshop is to create a forum where experts
from both academia and industry will have an opportunity
to present and discuss the latest advances in the field of green
optical communication and networking. The topics that will
be addressed will cover both core and access segments, wherein the latter energy efficient techniques specifically tailoredfor converged wired-wireless scenarios will also be included.
Particular attention will also be devoted to the impact thatenergy efficiency strategies have on the Quality of Service (QoS)
levels of the provisioned connections, e.g., end-to-end delay andquality of optical transmission, just to name a few. This former
aspect is of the utmost importance for network operators whoneed to ensure that the savings in terms of reduced power do
not affect the level of satisfaction of their customers.

Schedule
13:30 Workshop Introduction
13:35 Green RAN and Optical Fronthaul, Chih-Lin I; China
Mobile Research Institute, China
14:00 An Intelligent Green Access Network for Organic
Growth, Xiaolin Lu, Morning Forest, USA
14:25 Energy Evaluation of NGOA Architectures on Different Deployment Scenarios, Carmen Mas, Technical
University Munich, Germany

Paolo MontiRoyal Institute of Technology,
SwedenJiajia Chen
Royal Institute of Technology,
Sweden

14:50 Power Savings in Various Next-generaqtion of NGOA
Architectures on Different Deployment Scenarios, Bart
Lannoo; iMinds, Belgium
15:15 Tea Break
15:45 CHT’s View on Green Network and ICT Services,
Ching-Sheu Wang; Chunghwa Telecom, Taiwan
16:10 Photonic Technologies for Creating Energy Efficient
Networks, Ken-ichi Sato, Nagoya University, Japan
16:35 Energy-Aware Protection in Optical Transport Networks, Yabin Ye, Huawei, Germany
17:00 An Overview of Research at the Centre for EnergyEfficient Telecommunications, Chien Aun, University of
Melbourne, Australia

Dan Kilper
Alcatel-Lucent, USA

Gangxiang (Steven) Shen
Soochow Univ., China

17:25 Simulative and Experimental Evaluation of Cyclic Sleep with Service Based Variable Sleep Period(CSVP), Luca Valcarenghi; Scuola Superiore S. Anna,
Italy
17:50 Closing Remarks

The workshop is expected to last half a day, with two technical sessions consisting of invited talks given by experts, fromindustry and academia. A panel discussion will be organizedat the end where the audience and the speakers will have thepossibility to interact by asking/answering questions. We believe

Asia Communications and Photonics Conference (ACP) • 7 November 2012–10 November 2012 • Page 8

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Biophotonics Challenges — Research
Frontiers vs. Biomedical Applications in theReal World and Commercialization
Thursday, 8 November
13:45-18:00
Camellia, Garden Hotel

Biophotonics Challenges — Research Frontiersvs. Biomedical Applications in the Real World andCommercialization Session I: Presentations
13:45—16:15

Presider: Chinlon Lin; Lightel, USA• Welcome and Introduction to Workshop, Chinlon Lin;
Lightel, USA

Organizers:• Un-met Challenges in the Biomedical Field — Examples
from Medicine-Can Photonics Meet Some of These?, Katarina Svanberg; Department of Oncology, Lund Univ., Sweden;
Centre for Optics and Electromagnetic Research, South China
Normal Univ., China.

Biophotonics Challenges — Research Frontiersvs. Biomedical Applications in the Real World andCommercialization
17:00-18:00
Presider: Chinlon Lin; Lightel, USA

A panel, including ACP Plenary Speaker Stefan Hell, with a broad
composition representing various aspects of Biophotonics, will havea strategic discussion on the role of Biophotonics R&D, and thechallenges of advanced exploratory research in the frontier areas,
versus the challenges of making a truly significant impact in thereal-world biomedical applications. Aspects of commercialization
will also be discussed.

• Promoting Innovation in Biophotonics to Economical
Growth, Dennis Matthews; Univ. of California Davis, USA
Chinlon Lin
Lightel, USA; National ChiaoTung Univ., Hsinchu, Taiwan;
National Sun Yet-sen Univ.,
TaiwanKatarina Svanberg
Department of Oncology,
Lund Univ., Sweden; Centre
for Optical and Electromagnetic
Research, South China Normal
Univ., China• How Far Are we Away from Noninvasive Visualization ofHistology in vivo and in situ?, Xingde Li; Johns Hopkins
Univ., USA• Microrheology for Biomedical Applications, Arthur Chiou;
National Yang-Ming Univ., Taiwan• Multiscale Photoacoustic Imaging for Biomedical Applications, Da Xing; South China Normal Univ., China• In Vivo Noninvasive THz Imaging of Blood Glucose Level,
Chi-Kuang Sun; National Taiwan Univ., Taiwan• BioPhotonics in Europe, Jürgen Popp; Inst. for Physical
Chemistry, Friedrich-Schiller Univ. Jena, Germany• The Global Market for Photonics, Eugene Arthurs; SPIE,
USA

Sune Svanberg
Physics Department, Lund Univ.,
Sweden; Centre for Optical andElectromagnetic Research, South
China Normal Univ., China• Problems and Opportunities in Commercialization in
Applied Photonics, Sune Svanberg; Physics Department,
Lund Univ., Sweden; Centre for Optical and Electromagnetic
Research, South China Normal Univ., China.

Asia Communications and Photonics Conference (ACP) • 7 November 2012–10 November 2012 • Page 9

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Industry Forum on Optical Transport Systems and Networks –Current Status and Future Trends
With the development of new technologies, internet applications have diversified in recent years. Internet users continue
to grow exponentially. Demand for bandwidth is increasing
constantly. In Asia, traffic on backbone networks is estimatedto increase 60% to 70% per year during the next five years. The
total bandwidth for the backbone transport network in Chinaalone will increase from 64 Tbit/s to 150~200 Tbit/s. Facingsuch a large traffic demand, optical interfaces supporting ultrahigh speed communication are required and the transmission
line rate will increase from 40-Gbit/s, 100-Gbit/s, to 400-Gbit/s,and even more than 1-Tbit/s. Beyond 100-Gbit/s, multi-carrier
superchannel technologies are becoming a new trend. How
to improve the spectral efficiency and how to adjust network
resources to enhance overall network utilization efficiency are
becoming very important.
Cloud computing and data centers are driving the introductionof new services and applications. The data traffic patterns arealso becoming more dynamic and more unexpected. Traditional
optical transport networks use fixed-rate OTN interfaces, fixed
WDM channel spacing, and separated management and control
plane, whose excess provisioning and static connectivity can nolonger meet the new optical transport requirements. This industry forum is dedicated to present and discuss the next generation optical transport network in terms of its key technologies,
current status, and future tend. A series of invited presentations,covering a rich variety of topics, are scheduled for this one-day
event, which consists two half-day workshops, with the first one
being organized by Huawei Technologies Co., and the second
one being organized by Alcatel-Lucent. Many internationallyrenowned experts in the field of optical transport from the AsiaPacific Regime will be presenting and leading panel discussions.

Industry Forum on Optical Transport Systems andNetworks – Current Status and Future Trends I

Industry Forum on Optical Transport Systems andNetworks – Current Status and Future Trends II

Organizers:

Organizers:

Thursday, 8 November
08:30-12:00
Conference Room 7

Qianjin Xiong
Huawei Technologies Co., Ltd.,
China•

Zhiyong Feng
Huawei Technologies Co., Ltd.,
China

Title to be Announced, Qianjin Xiong; Optical Advanced
Technology Research Dept., Huawei, China• Title to be Announced, Zhang Chengliang; China Telecom,
China• 100G Transmission System Test and Standard in China,
Haiyi Zhang; CATR of MIIT, China• Title to be Announced, Chao Lu; The Hong Kong Polytechnic
University, China• Hot Topics of Next-generation Broadband Optical Networks, Gangxiang Shen; Soochow Univ., China• Components and Modules for Next Generation Optical
Network, Brandon Collings; JDS Uniphase, USA• Title to be Announced, Ian Clarke; Finisar Shanghai, China

Thursday, 8 November
14:00-17:30
Conference Room 7

Xiang Liu
Bell Labs, Alcatel-Lucent, USA

Xiaobo Yi
Shanghai Bell, Alcatel-Lucent,
China• Optical Mobile Backhaul and Broadband Access, Jun
Terada, Optical Wireless Convergence Group, NTT AccessTechnology and Service Labs, NTT, Japan• China Mobile’s Vision on 100G Deployment, Han Li; China
Mobile, China• China Unicom’s View 100G Deployment, Guangquan
Wang; China Unicom, China• NEC’s R&D on 100G and Beyond, Ting Wang; NEC
America, USA• ZTE’s R&D on 100 G and Beyond, Hung-Chang Chien; ZTE
America, USA• R&D for Future Optical Transport Systems in China, Qi
Yang, Wuhan Research Institute of Posts and Telecommunications, China• Alcatel-Lucent’s 100G Transmission Test and Deployment,
Xiaochong Zhang, Alcatel-Lucent, China

Asia Communications and Photonics Conference (ACP) • 7 November 2012–10 November 2012 • Page 10

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Asia Communications and Photonics Conference (ACP) — Agenda of Sessions
Explanation of Session Codes

Wednesday, 7 November
Begonia
12:00–18:00
13:30–15:30

15:30–15:45
15:45–17:45

18:30–21:00

ATh1A.4

Camellia
Registration, Lobby

Workshop • Photonic Integrated Circuits
for Next Generation Computers andNetworks I

Workshop • Energy Efficient OpticalCommunications and Networking I(alphabetically)
Meeting Name

Tea Break, 3rd Floor Hallway
Workshop • Photonic Integrated Circuits
for Next Generation Computers andNetworks II

SessionDesignation

A = Asia Communications and Photonics
		Conference

Series Number
1 = First Series of Sessions
2 = Second Series of Sessions

Workshop • Energy Efficient OpticalCommunications and Networking II

Number(presentation
order within
the session)

Day of the Week

Welcome Reception, Pearl River Cruise (meet in Lobby)

W
Th
F
S

=
=
=
=

WednesdayThursdayFridaySaturday

The first letter of the code designates the meeting. The second element denotes the day of theweek (Wednesday = W, Thursday = Th, Friday = F, Saturday = S). The third element indicates thesession series in that day (for instance, 1 would denote the first parallel sessions in that day). Eachday begins with the letter A in the fourth element and continues alphabetically through a series ofparallel sessions. The lettering then restarts with each new series. The number on the end of thecode (separated from the session code with a period) signals the position of the talk within thesession (first, second, third, etc.). For example, a presentation coded ATu1A.4 indicates that thispaper is being presented on Thursday (Th) in the first series of sessions (1), and is the first parallelsession (A) in that series and the fourth paper (4) presented in that session.

Program Updates and Changes may be found on the Update Sheet
distributed at registration.

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Asia Communications and Photonics Conference (ACP) — Agenda of Sessions
Thursday, 8 November
OrchidHydrangea

Chrysanthemum

Begonia

Hibiscus

07:45–18:00
08:00–10:00

ATh1A • SC 1 Novel Fibers I

ATh1B • SC 2 Silicon Photonics I

ATh2A • SC 1 Best Student Paper
Competition: Novel
Fibers and Fiberbased Devices

ATh2B • SC 2 Best Student Paper
Competition:
Optoelectronic
Integration,
Devices, andMaterials

ATh2C • SC 3 Best Student Paper
Competition:
OpticalTransmission
Systems,
Subsystems, andTechnologies

ATh2D • SC 4 - Best
Student Paper
Competition:
Network
Architectures,Management, andApplications

ATh3A • SC 1 Novel Fibers andFiber-based
Devices

ATh3B • SC 2 Silicon Photonics II

ATh3C • SC 3 Future AccessNetworks

ATh3D • SC 4 Optical AccessNetworks I

DahliaCamellia

Industry Forum(begins at 08:30)

ATh1G •
Symposiumon Advanced
Photonics: Novel
Optical Materials I

ATh1H • SC 3 Future Transport
Networks

ATh2F • SC 6 - Best Industry Forum
Student Paper
Competition: LEDs,
Photovoltaics, andOptoelectronics inEnergyATh2G •
Symposiumon Advanced
Photonics: Novel
Optical Materials II

ATh2H • SC 5 Optical Sensors

ATh3G •
Symposiumon Advanced
Photonics:
Photosensitive
and Photomobile
Materials

Workshop •Biophotonics
ChallengesResearch Frontiersvs. Biomedical
Applications in theReal World andCommercialization I

ATh4G •
Symposiumon Advanced
Photonics:
Advanced
Photonics

Workshop •Biophotonics
ChallengesResearch Frontiersvs. Biomedical
Applications in theReal World andCommercialization II

ATh1F • SC 6 - LED
Technologies andApplications

ATh2E • SC 5 - Best
Student Paper
Competition:
Biophotonics andSensors

Lunch Break (on your own)

15:30–16:00
16:00–18:00

Magnolia

Tea Break, 3rd Floor Hallway (near Exhibition Area)

12:15–13:45
13:45–15:30

ATh1E • SC 5 Micromanipulation and Cellular
Microscopy

ATh1C • SC 3 ATh1D • SC 4 Electronic Processing Energy Efficiency
in Optical AccessNetworks

10:00–10:30
10:30–12:15

Marigold

Registration, Lobby

ATh3E • SC 5 Raman-based
Biophotonics

ATh3F • SC 6 - Novel Industry Forum
Solar Technologies

Tea Break, 3rd Floor Hallway (near Exhibition Area)
ATh4A • SC 1 Fiber Devices I

ATh4B • SC 2 ATh4C • SC 3 Silicon Photonics III Coherent Systems

ATh4E • SC 5 - MIR
ATh4D • SC 4 Network Survivability Sensing
andReconfiguration(ends at 18:15)

ATh4F • SC 6 Development andProduction of High
Performance LEDs

Industry Forum

Asia Communications and Photonics Conference (ACP) • 7 November 2012–10 November 2012 • Page 12

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Asia Communications and Photonics Conference (ACP) — Agenda of Sessions
Friday, 9 November
OrchidHydrangea

Chrysanthemum

Hibiscus

Begonia

07:45–18:00

Registration, Lobby

08:30–10:05

AF1A • Plenary Session I, Convention Hall

10:05–10:30

Tea Break, 3rd Floor Hallway (near Exhibition area)

10:30–12:00

AF2A • Plenary Session II, Convention Hall

12:00–13:30

Lunch Break

13:30–15:30

AF3A • SC 1 - Novel
Fibers II

15:30–16:00
15:30–18:30
19:00–21:00

AF3B • SC 2 - Silicon
Photonics Sources

AF3C • SC 3 - PON

AF3D • SC 5 - Remote
Sensing

AF3E • SC 4 - Elastic
Optical Networks I

Marigold

Lobby of theConvention Hall

AF3F • SC 6 - Solar
Cells and ThermoelectricTechnologies

AF3G • SC 3 Performance Monitoring

Post-Deadline Session III(ends at 18:00)

AF4B • Poster Session II

Tea Break, 3rd Floor Hallway (near Exhibition area)
Post-Deadline Session I(ends at 18:00)

AF4A • Poster Session I

Post-Deadline Session II(ends at 18:00)

Conference Banquet, Convention Hall

Asia Communications and Photonics Conference (ACP) • 7 November 2012–10 November 2012 • Page 13

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Asia Communications and Photonics Conference (ACP) — Agenda of Sessions
Saturday, 10 November
OrchidHydrangea

Chrysanthemum

07:45–18:00

Begonia

Hibiscus

Marigold

DahliaCamellia

AS1F • SC 6 Appraoches for High
Efficiency and White
LEDs

AS1G • SC 3 Innovative Subsytems

AS1H • SC 2 - Quantum
Well and Quantum Dot
Structures

AS2F • SC 6 - White
LEDs Technologies
and III-Nitride Solar
Technologies

AS2G • SC 3 - Optical
Processing I

AS2H • SC 2 - Plasmonic
Nanostructures

AS3F • SC 6 - Physics
and Devices for High
Efficiency LEDs

AS3G • SC 3 - Optical
Processing II

AS3H • SC 2 - Slow
Light

Registration, Lobby

08:00–09:45 AS1A • SC 1 - Fiber
Amplifiers andLasers II

AS1B • SC 2 AS1C • SC 3 - Long
AS1D • SC 4 - Optical
Plasmonic and Nonlinear Distance Transmission Access Networks II
Effects I
Systems

09:45–10:15

AS1E • SC 5 - Opticalsensors and trace gas
sensing

Tea Break, 3rd Floor Hallway (near Exhibition Area)

10:15–12:00 AS2A • SC 1 - Fiber
Devices II

AS2B • SC 2 AS2C • SC 3 Plasmonic and Nonlinear Advanced Subsystems
Effects II

12:00–13:30

AS2D • SC 4 - Optical
Transport Networks

AS2E • SC 5 - Clinicalbiophotonics

Lunch Break (on your own)

13:30–15:30 AS3A • SC 4 - Opticaland Radio-over-Fiber
Transmission

AS3B • SC 2 - Silicon
Modulators

AS3C • SC 3 - Accessand Indoor Systems

15:30–16:00

AS3D • SC 4 Network Design andEnergy Efficiency

AS3E • SC 5 Nanoparticle-based
Biophotonics

Tea Break, 3rd Floor Hallway (near Exhibition Area)

16:00–18:00 AS4A • SC 4 - Data

Centers and Optical
Interconnects

AS4B • SC 2 Photonic Integrated
Circuits

AS4C • SC 2 Transmission
Impairments

AS4D • SC 4 - Elastic
Optical Networks II

AS4E • SC 5 Biophotonics

AS4G • SC 3 - Optical
JS4F • SC6 - ICAM
OFDM
Joint Session on
Plasmonics, LEDs, andSolar Cells

AS4H • SC 2 - III-V
Semiconductor Lasers

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Asia Communications and Photonics Conference (ACP) • 7 November 2012–10 November 2012 • Page 15

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Asia Communications and Photonics Conference (ACP) • 7 November 2012–10 November 2012 • Page 16

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NOTES________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________
Asia Communications and Photonics Conference (ACP) • 7 November 2012–10 November 2012 • Page 17

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ACP 2012 — Thursday, 8 November
OrchidHydrangea

Chrysanthemum

Begonia

07:45–18:00 Registration Open

08:00–10:00
ATh1A • SC 1 - Novel Fibers I
Presider: Kin Chiang; City Univ. of Hong
Kong, Hong Kong

08:00–10:00
ATh1B • SC 2 - Silicon Photonics I
Presider: Danxia Xu; National ResearchCouncil of Canada, Canada

08:00–10:00
ATh1C • SC 3 - Electronic Processing
Presider: Xiang Liu; Alcatel-Lucent, USA

08:00–10:00
ATh1D • SC 4 - Energy Efficiency in
Optical Access Networks
Presider: Gangxiang Shen; Soochow Univ.,
China

Tutorial
ATh1A.1 • 08:00
Enhancing Optical Communications with New Generation Fibers, David J. Richardson1; 1Univ. of Southampton,
UK. I will describe recent work on the development of theunderpinning fiber technology (mainly transmission fibers
and associated amplifiers) required for next generation
ultrahigh capacity networks. Particular focus will be placedon space division multiplexed approaches.

InvitedATh1B.1 • 08:00
Silicon Photonics: Opportunities and Challenges,
Haisheng Rong1; 1Intel Corporation, USA. This paper will
discuss the opportunities and challenges presented bysilicon photonics.

ATh1C.1 • 08:00
Rapid Soft-Decision Trellis Coded 32QAM for Free Space
Optical Communication, KM Wang1; 1Beijing Univ. of Posts
and Telecommunications (BUPT), China. The author applies
multiple states trellis coded modulation schemes as wellas rapid soft decision algorithm at different convolution
length and achieves better bit error performance and highefficiency in free space optical communication systems.

ATh1D.1 • 08:00 Invited
Cognitive PONs: a Novel Approach Toward Energy Efficiency, Luca Valcarenghi1; 1Scuola Superiore Sant Anna diPisa, Italy. This paper introduces the concept of cognitive
PONs, i.e. PONs capable of adapting their configuration
based upon network status. Their potentials in decreasing PON energy consumption are highlighted in several
scenarios.

David J. Richardson was born in Southampton, Englandin 1964 and obtained his B.Sc. and PhD in fundamental
physics from Sussex University U.K. in 1985 and 1989 respectively. He joined the Optoelectronics Research Centre(ORC) at Southampton University as a Research Fellow
in May 1989 and was awarded a Royal Society University
Fellowship in 1991 in recognition of his pioneering work on
short pulse fiber lasers. Professor Richardson is now Deputy
Director of the ORC with responsibility for fiber related
research. His current research interests include amongst
others: optical fiber communications, microstructured
optical fibers and high-power fiber lasers. He has publishedmore than 800 conference and journal papers and produced
more than 20 patents. Professor Richardson was one of theco-founders of SPI Lasers Ltd an ORC spin-off ventureacquired by the Trumpf Group in 2008. He is a Fellow of
the Optical Society of America, the Institute of Engineering and Technology and was made a Fellow of the Royal

ATh1C.2 • 08:15
Non-Decision Aid Modified Least Mean Square Algorithm for Joint Blind Equalization and Carrier Recovery
in Optical Coherent Receiver, Md. Mosaddek H. Adib1,
Md. Ibrahim Khalil1, Arshad M. Chowdhury1,2, Md. Saifuddin Faruk3, Geekung Chang2; 1Department of ElectricalEngineering and Computer Science, North South Univ.,
Bangladesh; 2School of Electrical and computer Engineering,
Georgia Institute of Technology, USA; 3Department of Electrical and Electronic Engineering, Dhaka Univ. of Engineeringand Technology, Bangladesh. We propose and demonstrate
a new Non-Decision Aid Modified Least Mean Square(NDA-MLMS) algorithm for joint blind equalization andcarrier recovery. The BER of 10^-3 is achieved with lessthan 1.9dB OSNR penalty for 14Gbaud 4-QAM systemafter 100km transmission and 500 KHz line width laser.
ATh1B.2 • 08:30
Low Loss Silicon Nanowire Waveguide Fabricated with
0.13μm CMOS Technology, Zhen Sheng1, Chao Qiu1,2, Hao
Li1,3, Le Li2, Albert Pang2, Aimin Wu1, Xi Wang1, Shichang
Zou1, Fuwan Gan1; 1Shanghai Institute of Microsystem andInformation Technology, Chinese Academy of Sciences,
China; 2Grace Semiconductor Manufacturing Corporation,
China; 3Graduate Univ. of Chinese Academy of Sciences,
China. Silicon nanowire waveguides are fabricated on
silicon-on-insulator (SOI) wafers with 0.13μm CMOS
technology. Propagation losses of 2.4dB/cm and 0.59dB/
cm are obtained for TE and TM modes, respectively, forthe 500nm×220nm channel waveguide.

ATh1C.3 • 08:30 Invited
Symbol Spaced Adaptive MIMO Equalization for Ultra
High Bit Rate Coherent Optical Communication, Dan
Sadot1,2, Albert Gorshtein1,2; 1Ben Gurion Univ. of the Negev,
Israel; 2Multiphy Ltd, Israel. An improved adaptive MIMO
equalizer is proposed for 1Sample/Symbol coherent systems
ISI introduced by the AAF is kept and eventually recovered
by MLSE. 1dB improvement is achieved compared toconventional MIMO.

ATh1D.2 • 08:30 Invited
Energy Star Rating for Future Telecom Services: Motivation, Methodologies and Challenges, Chien Aun Chan1,
Elaine Wong1, Andre F. Gygax1, Christopher A. Leckie1,
Ampalavanapillai Nirmalathas1, Daniel C. Kilper2; 1Univ.
of Melbourne, Australia; 2Bell Labs, Alcatel Lucent, USA.
To help mitigate the adverse environmental impact of
the growing Internet, we propose an Energy Star Rating
system, which serves as a systematic framework for assessing, reporting, and benchmarking the sustainabilityof Internet services.

Asia Communications and Photonics Conference (ACP) • 7 November 2012–10 November 2012 • Page 18

2012ACP Program.indd 18

10/24/12 3:59 PM

n

l

,
,
.
.

y

ACP 2012 — Thursday, 8 November
Hibiscus

Marigold

DahliaCamellia

07:45–18:00 Registration Open

08:00–10:00
ATh1E • SC 5 - Micromanipulation andCellular Microscopy
Presider: Stefan Andersson-Engels; Lund
Univ., Sweden

08:00–10:00
ATh1F • SC 6 - LED Technologies andApplications
Presider: Nelson Tansu; Lehigh Univ., USA

08:00–10:00
ATh1G • Symposium on Novel Optical
Materials I
Presider: Iam-Choon Khoo; Pennsylvania
State Univ., USA

08:00–10:00
ATh1H • SC 3 - Future Transport
Networks
Presider: Benny Mikkelsen; Acacia
Communications, Inc., USA

InvitedATh1E.1 • 08:00
Shaped Light for Biophotonics, Kishan Dholakia1; 1Univ. of
St Andrews, UK. I will discuss how shaping light (Bessel,
vortex etc) has been useful for many areas (OCT, STED,
light sheet, trapping) and describe what other opportunities there are with an emphasis on work of many groups
around the world.

Tutorial
ATh1F.1 • 08:00
Smart Lighting - More than Illumination, Robert F.
Karlicek1; 1Electrical, Computer and Systems Engineering,
Rensselaer Polytechnic Institute, USA. Future Smart Lighting systems will sense and control the intensity, color andmodulation of light for autonomous illumination systems
that illuminate, inform and optimize energy efficiency
and light quality and include video and communication
services.

InvitedATh1G.1 • 08:00
Trends and Future perspective of Electronic, ElectroOptic and Magnetic Materials, Jim J. Chang1; 1Lawrence
Livermore National Laboratory, USA. The approach andchallenge of innovation through cross-discipline research
will be presented to demonstrate the feasibility of achieving
major advancement in both fundamental science understanding and capability enhancement. Specific examples
will be given to illustrate the approaches and benefits frominspired and fostered innovations in electronic, electrooptics and magnetic materials and devises development.

InvitedATh1H.1 • 08:00
Terabit Superchannel Transmission: from Laboratory
Testing to Field Demonstration, Hung-Chang Chien1,
Zhensheng Jia1, Jianjun Yu1, Ze Dong1; 1ZTE USA, USA. Thelong reach capability of superchannel transmission using
noise-suppressed Nyquist wavelength-division multiplexing (NS-N-WDM) has been evaluated. Field demonstration
was achieved by co-transmitting 100G real-time channels,
and 400G and 1T superchannels over 1750km with EDFAonly amplification.

ATh1G.2 • 08:30 Invited
Nanophotonics for Organic Material Sensing, Richard
M. De La Rue1, Basudev Lahiri2, Graham Sharp1, Scott G.
McMeekin3, Nigel P. Johnson1; 1School of Engineering, University of Glasgow, U.K.; 2NIST, Maryland, USA; 3Glasgow
Caledonian University, U.K. Metamaterial surfaces that
exploit nanophotonic techniques are now being widely
explored for applications in the sensing of organic materials.
Our presentation will explore localisation and sensitivity
issues for resonant structures.

ATh1H.2 • 08:30
Field Trial of Coherent Channel Tuning from Co-existing
Channels Filling Full C-band Using 100GbE Transponder, Yoshiaki Aono1, Masaki Sato1, Tsutomu Tajima1, Tiejun
J. Xia2, Glenn A. Wellbrock2, Akihiro Tanaka3, Philip N.
Ji3, Yue-Kai Huang3, Ming-Fang Huang3, Ezra Ip3, Ting
Wang3; 1Optical Network Division, NEC Corporation, Japan; 2Verizon, USA; 3NEC Laboratories America, USA. We
present the world first field trial with coherent channel
tuning from co-existing channels distributed among fullC-band, 4.4 THz, after 1,500-km transmission, and record
3,000-km single-channel transmission, both using an accomplished 100-GbE transponder.

ATh1E.2 • 08:30 Invited
Optically Driven Micromachines, Halina RubinszteinDunlop1; 1School of Math & Physics, Univ. of Queensland,
Australia. All optically driven micromachines can use
angular momentum of light to achieve their functions.
These micromachines are produced by two photon photopolimerisation process or by producing new materials witha significant birefringence. Applications of these machines
will be discussed.

Dr. Robert F. Karlicek, Jr. directs the Smart Lighting Engineering Research Center and is a Professor of Electrical,
Computer and Systems Engineering at Rensselaer Polytechnic Institute. He obtained his Ph.D. in Physical Chemistryfrom the University of Pittsburgh and has over 40 publishedtechnical papers and 26 U.S. patents.

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Academy of Engineering in 2009. Professor Richardson isTechnical Co-ordinator on the EU FP7 project MODE GAP
which is focussed on the development of SDM technology.

ATh1B.3 • 08:45
Fabrication and Characterization of Silicon Photonic
Waveguides and Devices via Selective Oxidation Process,
Xiaokun Wang1, Xiaowei Guan1, Yaocheng Shi1, Daoxin
Dai1; 1Center for Optical and Electromagnetic Research,StateKey Laboratory for Modern Optical Instrumentation, Zhejiang Provincial Key Laboratory for Sensing Technologies,
Zhejiang Univ., China. Silicon-on-insulator (SOI) opticalwaveguides are fabricated via selective oxidation process
without any silicon etching step so that the waveguidesurface becomes very smooth to achieve low-loss lightpropagation potentially. A high-Q ring-resonator is also
demonstrated.

ATh1A.2 • 09:00 Invited
Bandwidth Measurement of Multimode Fibers Using Bit
Error Rate Testing, Xin Chen1, Jason E. Hurley1, MingJun Li1; 1Corning Incorporated, USA. We demonstrate themeasurement of multimode fiber bandwidth using bit error
rate testing and the related power penalty. The measurement
principle is illustrated both experimentally on actual fibers
and theoretically through system level numerical modeling.

ATh1B.4 • 09:00
Novel suspended small SiO2 ridge optical waveguides for
optical sensing, Pengxin Chen1, Yunpeng Zhu1, YaochengShi1, Sailing He1, Daoxin Dai1; 1Zhejiang Univ., China. Novelsuspended SiO2 ridge optical waveguides on silicon are
fabricated and characterized. The propagation loss and thebend loss measured are about 0.385dB/cm and 0.037dB/90°
respectively for the fabricated 1μm-wide waveguides witha bending radius of 100μm when operating at 1550 nm.

ATh1C.4 • 09:00
Experimental Demonstration of Digital Predistortion for Linearization of Mach-Zehnder Modulators
in Direct-Detection MB-OFDM Ultra-Wideband overFiber Systems, Oluyemi Omomukuyo1, Manoj P. Thakur1,
John E. Mitchell1; 1Electronic and Electrical Engineering,
Univ. College London, UK. Digital predistortion for an
intensity-modulated direct-detection MB-OFDM UWBsystem is proposed and experimentally demonstrated tocompensate for the non-linear transfer characteristics of
the utilized Mach-Zehnder modulator and improve system
performance

ATh1D.3 • 09:00
Investigating the Energy Savings of Cyclic Sleep with
Service Guarantees in Long Reach PONs, Michele Chincoli2, Luca Valcarenghi1, Jiajia Chen2, Paolo Monti2, Lena
Wosinska2; 1Scuola Superiore Sant Anna di Pisa, Italy; 2KTH,
Sweden. This paper evaluates what are the conditions, interms of increased overhead time and number of optical
network units (i.e., ONUs), in which cyclic sleep based
techniques are effective in Long Reach PONs.

ATh1B.5 • 09:15
Ultra-short Silicon Polarization Beam Splitter Basedon an Asymmetrical Bent Directional Coupler, Jian
Wang1, Di Liang2, Yongbo Tang3, Daoxin Dai1,3, John E.
Bowers3; 1Centre for Optical and Electromagnetic Research,
State Key Laboratory for Modern Optical Instrumentation,
Zhejiang Provincial Key Laboratory for Sensing Technologies, Zhejiang Univ., Zijingang Campus, China; 2Hewlett
Packard Laboratories, USA; 3Department of Electrical andComputer Engineering, Univ. of California, USA. An ultrashort (L=9.5μm) polarization beam splitter (PBS) based on
an asymmetrical bent directional coupler is demonstrated
experimentally. The measured extinction ratios are about
15dB and 10dB for the TE and TM polarized lights around1550nm.

ATh1C.5 • 09:15
Improvement of Phase Noise Compensation for DirectDetection Optical OFDM via Data-Aided Phase Equalizer, Lilong Liu1, Xuelin Yang1, Weisheng Hu1; 1Shanghai
Jiao Tong Univ., China. We experimentally demonstrate adata-aided phase equalizer which adaptively compensates
the phase noise for optical OFDM. The BER of 10-3 could beachieved by 7dBm less received optical power and therefore
corroborates its superior performance.

ATh1D.4 • 09:15
Energy-Efficient Dynamic Bandwidth Allocation Algorithm for Sleep/Doze Mode VCSEL-ONU, Maluge
Pubuduni Imali Dias1, Elaine Wong1,2; 1National ICT
Australia, Victoria Research Laboratory, Australia; 2Centre
for Energy Efficient Telecommunications, Australia. An
energy-efficient Just-In-Time based dynamic bandwidth
allocation algorithm exploiting the sleep/doze capability of
the VCSEL based ONU is proposed for 10 Gbps EPONs,
achieving tangible amounts of energy savings even at low
network loads.

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ATh1H.3 • 08:45 Invited
500-Gb/s Transmission by 41-GBd PDM-64QAM, WeiRen Peng1; 1KDDI R&D Laboratories Inc., Japan. We generate 41.425-GBd PDM-64QAM (~497 Gb/s) using one I/Q
modulator driven with eight-level signals synthesized by
all binary electrical inputs. We demonstrate transmission
over > 720-km standard single mode fiber.

ATh1E.3 • 09:00
Manipulation of Cellular Calcium and Reactive Oxygen
Species by a Femtosecond Laser, Hao He1, Minglie Hu1,
Chingyue Wang1; 1Ultrafast Laser Laboratory, Tianjin Univ.,
China. We report manipulation of cellular calcium and reactive oxygen species by a femtosecond laser. Modulation offluorescence conversion from green fluorescence protein
and intercellular calcium signaling were thus performed
with little side effects.

ATh1F.2 • 09:00
Analysis of Position and Thickness Dependences ofDelta Layer in InGaN-Delta-InN Quantum Wells LightEmitting Diodes, Hongping Zhao1, Xuechen Jiao1, Nelson
Tansu2; 1Department of Electrical Engineering and Computer
Science, Case Western Reserve Univ., USA; 2Department ofElectrical and Computer Engineering, Lehigh Univ., USA.
The effects of position and thickness of the delta layer in
InGaN-Delta-InN quantum wells were analyzed for lightemitting diodes, and both parameters have strong effects
on its spontaneous emission rates.

ATh1E.4 • 09:15
The effect of calcium (Ca2+) induced externalization ofankyrin and phosphatidylserine on the viscoelasticity
of human red blood cells measured by jumping opticaltweezers, Yin Quan Chen1, Yi Chun Ho1, Lanping Amy
Sung2, Arthur Chiou1; 1Biophotonics, National Yang-Ming
Univ., Taiwan; 2Department of Bioengineering and Instituteof Engineering in Medicine, Univ. of California, USA. We
trapped and stretched individual human red blood cells
via jumping optical tweezers to demonstrate that calcium(Ca2+) induced externalization of ankyrin and phosphatidylserine increased their Young’s modulus by 38% andviscosity by 25%

InvitedATh1F.3 • 09:15
Performance Enhancement of InGaN/GaN LEDs by
Using Localized Surface Plasmons: Problems and Possible Solutions, Lee-Woon Jang1, Alexander Y. Polyakov1,
Yong-Hoon Cho2, In-Hwan Lee1; 1Chonbuk National Univ.,
Republic of Korea; 2Department of Physics, KAIST, Republicof Korea. Localized surface plasmon effects due to Ag and
Ag/SiO2 nanoparticles deposited on GaN/InGaN multiquantum well light-emitting diode structures were studied.
The enhanced photoluminescence efficiency was attributed
to energy coupling between the quantum well and surface
plasmon in the nanoparticles.

InvitedATh1G.3 • 09:00
Tunable Metamaterials, Dragomir N. Neshev1; 1Australian
National Univ., Australia. We review our recent studies onphotonic metamaterials infiltrated with liquid crystals andshow that their properties can be easily tuned by external
optical fields, thus enabling the realization of highly tunable
and nonlinear metamaterials.

ATh1H.4 • 09:15
4×1.875-Tb/s transmission over 1280-km SSMF basing
on superchannel coherent optical OFDM, Xin Q. Zhang1,
Min Luo 1, Zhu Yang 1; 1WRI, China. We demonstrate
the WDM transmission over 1280-km SSMF with four
1.875-Tb/s superchannels, which is the highest bit rate persuperchannel among those WDM reports using NGI-COOFDM. The BERs of all the four superchannels are below
3.8×10-3 after transmission.

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ATh1A.3 • 09:30 Invited
Fabrication of Yb3+-doped photonic crystal fibers, Guiyao
Zhou, Changmin Xia, Jiangtao Liu, Wei Zhang, Qiangsheng
Hu; School of Information and Optoelectronic science andEngineering, South China Normal University, China. Large
mode area and multi-core Yb3+ doped photonic crystal
fibers (PCFs) have been considered as perfect medium
for high power optical fiber laser, but it is difficult to befabricated above mentioned PCFs by conventional chemical
vapor deposition technology. We present the novel fabrication method for Yb3+ doped PCFs.

InvitedATh1B.6 • 09:30
Silicon Photonics Based Transceivers for High-Capacity
Optical Interconnetcs, Mehdi Asghari1; 1Kotura, Inc., USA.
We will discuss silicon photonics-based transceivers forhigh-capacity optical interconnects.

ATh1C.6 • 09:30
Comparison of CO-SCFDM and CO-OFDM with Highorder QAM Mapping, Juhao Li1, Duo Li1, Paikun Zhu1,
Yongqi He1, Zhangyuan Chen1; 1Peking Univ., China. We
compare the quantization requirement and nonlinear
transmission performance for CO-SCFDM and CO-OFDM
with higher-order QAM mapping. The simulation results
show that the CO-SCFDM always performs better thanthe CO-OFDM.

ATh1D.5 • 09:30
Energy-Efficient Master-Slave Edge-Router Upgrade
Paths in Active Remote Nodes of Next-Generation Optical Access, Michael C. Parker1, Stuart D. Walker1, Richard
Martin1, Ward van Heddeghem2, Bart Lannoo2; 1CSEE,
Univ. of Essex, UK; 2INTEC, IBBT - Ghent Univ., Belgium.
Our design rules offers maximally energy-efficient Gb/
s→Tb/s edge-router upgrade paths. One path assumes
10% average traffic intensity with 68% energy-efficiency
gains over 5 upgrades, while 30% traffic load enables 45%
energy-efficiency gains over 9 generations.

ATh1C.7 • 09:45
Optimization of a Feedforward Symbol Timing Estimator Using Two Samples per Symbol for Optical Coherent
QPSK Systems, Wang Dawei1, Alan Pak Tao Lau2, Chao
Lu3, Sailing He1; 1Optical Engineering, Centre for Optical andElectromagnetic Research, Zhejiang Univ., China; 2Electrical Engineering, The Hong Kong Polytechnic Univ., HongKong; 3Electronic and Information Engineering, The Hong
Kong Polytechnic Univ., Hong Kong. A feedforward symbol
timing estimator using only two samples per symbol is
proposed and optimized for optical coherent QPSK signal.
Simulation results are presented and discussed.

ATh1D.6 • 09:45
A Novel Sleep Scheme for Optical Network Unit Basedon Downstream Traffic Scheduling in EPON, Lincong
Zhang1, Yejun Liu1, Lei Guo1, Xiaoxue Gong1; 1Northeastern
Univ. (China), China. This paper focuses on the energy saving in Ethernet Passive Optical Network (EPON). A novel
sleep scheme is proposed based on the downstream traffic
scheduling. Simulation results show good performances ofthe proposed scheme.

10:00–10:30 Tea Break, 3rd Floor Hallway (Near Exhibition Area)

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ATh1E.5 • 09:30
Quantitative Measurement of Fluorescence Resonance
Energy Transfer (FRET) Efficiency, Tongsheng Chen;
MOE Key Laboratory of Laser Life Science & Institute of Laser
Life Science, College of Biophotonics, South China Normal
University, China. We present some quantitative FRET
methods based on partial acceptor photobleaching, termed
emp-PbFRET. These methods can be used to determine
the FRET efficiency of construct with multiple acceptors

ATh1G.4 • 09:30
On Enhancement of Absorption and Fluorescencewithin Metal Nanostructures, Jie Li1, Tengpeng Guang1,
Wei Chen1, Zhijun Sun1; 1Department of Physics, Xiamen
Univ., China. Metal nanostructures can enhance the optical absorption and fluorescence emission in incorporated
media. We numerically and experimentally show that highintrinsic absorption of metals in the visible range may suppress the effects beyond nonradiative damping.

InvitedATh1H.5 • 09:30
New applications and evolution of optical transport
network in China Mobile, Lei Wang1; 1China Mobile,
China. This presentation will discuss China Mobile andnew applications of optical transport networks.

ATh1E.6 • 09:45
In Situ Detection of Chemical Drugs in Tissue by Two
Step Laser Desorption Photoionization Mass Spectroscopy, Yongjun Hu, Qing Yang, Honglei Wang; College ofBiophotonics, South China Normal University, China. Twostep laser desorption photoionization mass spectrometry(L2MS) method with 10.5 eV vacuum ultraviolet (VUV
118 nm) single photon ionization is firstly used to detect
medicinal chemicals in situ in the tumor tissue.

ATh1G.5 • 09:45
Printing color at the optical diffraction limit using
plasmonics, Huigao Duan; School of Physics and Microelectronics, Hunan University, China. The highest printing
resolution of a laser color printer is less than 10,000 dpi.
Here, we demonstrate that 100,000 resolution could beachieved using plamsonic colors.

10:00–10:30 Tea Break, 3rd Floor Hallway (Near Exhibition Area)

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10:30–12:15
ATh2A • SC 1 - Best Student Paper
Competition Novel Fibers and Fiberbased Devices
Presider: Wei Jin; Hong Kong Polytechnic
University, China

10:30–12:15
ATh2B • SC 2 - Best Student
Paper Competition Optoelectronic
Integration, Devices, and Materials
Presider: Guang-Hua Duan; Alcatel-Thales
III-V Laboratory, France

10:30–12:15
ATh2C • SC 3 - Best Student Paper
Competition Optical Transmission
Systems, Subsystems, andTechnologies
Presider: Naoya Wada; NICT, Japan

10:30–12:15
ATh2D • SC 4 - Best Student Paper
Competition Network Architectures,Management, and Applications
Presider: Jing Wu; Communications ResearchCentre (CRC), Canada

ATh2A.1 • 10:30
Gain and Noise Figure Study of Er-doped Multi-element
Fiber Amplifier, Saurabh Jain1, Timothy C. May-Smith1,
Anirban Dhar1, Andrew S. Webb1, Belal Usmani1, Jayanta K.
Sahu1; 1Univ. of Southampton, UK. We report a crosstalk-free
Er-doped amplifier, consisting 3-fibers, each behaving asa single fiber in isolation. 32dB of gain and <5dB of noise
figure have been obtained at 1530 nm for input signal of-23dBm.

ATh2B.1 • 10:30
Tunable 4-Channel Ultra-Dense WDM Demultiplexer
with III-V Photodiodes Integrated on Silicon-onInsulator, Peter De Heyn1, Steven Verstuyft1, Shahram
Keyvaninia1, Andrea Trita1, Dries Van Thourhout1; 1Univ. of
Ghent, Belgium. A tunable 4-channel ultra-dense WDM demultiplexer with 0.25nm channel spacing is demonstrated
with III-V photodiodes integrated on Silicon-on-Insulator
using rib waveguides. A possible application is an in-bandlabel extractor for all-optical packet switching.

ATh2C.1 • 10:30
8×256 Gb/s WDM Transmission Over 2880 km of SSMF
with 64 Gbaud DP-QPSK Signals, Qunbi Zhuge1, Xian
Xu1, Mohammad E. Mousa-Pasandi1, Mohamed MorsyOsman1, Ziad A. El-Sahn1, Mathieu Chagnon1, David V.
Plant1; 1Department of Electrical and Computer Engineering,
McGill Univ., Canada. We demonstrate a transmission of
8×256 Gb/s WDM 64 Gbaud QPSK signals over 2880 kmof standard single mode fiber (SSMF) with erbium doped
fiber amplifier (EDFA)-only amplification and coherent
detection.

ATh2D.1 • 10:30
Experimental Demonstration of High-Speed Full-Duplex
Reconfigurable Free-Space Card-to-Card Optical Interconnects, KE WANG1,2, Ampalavanapillai Nirmalathas1,2,
Christina Lim2, Efstratios Skafidas1,2, Kamal Alameh3; 1National ICT Australia-Victoria Research Laboratory (NICTAVRL), Australia; 2Department of Electrical and Electronic
Engineering, The Univ. of Melbourne, Australia; 3Centre of
Excellence for MicroPhotonic Systems, Edith Cowan Univ.,
Australia. A high-speed full-duplex free space based cardto-card optical interconnect architecture with flexibility
and reconfigurablity is proposed and experimentally demonstrated. 3×3 10Gb/s data transmission for up to 30cm isachieved with receiver sensitivity better than -11.5dBm.

ATh2A.2 • 10:45
Generation of Dissipative Solitons and noise-like
pulse from Figure of Eight Fiber Laser, BO XU1, Amos
Martinez1, Sze.Yun Set2, Chee. Seong. Goh2, Shinji Yamashita1; 1Electrical Engineering and Information Systems,
The Univ. of Tokyo, Japan; 2Alnair Labs Corporation, Japan.
We demonstrate for the first time, a passively mode-locked
fiber with a net dispersion operating in both dissipative
solitons and noise-like pulse regimes using a mode-locking
mechanism of nonlinear amplifying loop mirror.

ATh2B.2 • 10:45
Simultaneous Multilevel RZ-to-NRZ Format Conversion
for Two Tributaries of a PDM Signal, Hengyun Jiang1,
Lianshan Yan1, ZhiYu Chen1, Jia Ye1, YingHui Guo1, Anlin
Yi1; 1Southwest Jiaotong Univ., China. An all-optical multilevel RZ-to-NRZ format converter for two tributaries of a
PDM signal is proposed using a polarization-maintainingfiber inside a polarization-diversified-loop. A three-level
format conversion in a 2×15.85-Gbit/s PDM system isexperimentally demonstrated.

ATh2C.2 • 10:45
Multi-service, Multi-band, and MIMO Data Distribution
over 60-GHz RoF System for Gigabit Wireless Local Area
Networks, Liang Zhang1, Ming Zhu2, Chenhui Ye2, Cheng
Liu2, Xiaofeng Hu1, Yikai Su1, Geekung Chang2; 1Shanghai
Jiao Tong Univ., China; 2School of Electrical Engineering,
Georgia Institute of Technology, USA. We propose and experimentally demonstrate a 60-GHz RoF system to support
3M (multi-service, multiband and MIMO) data distribution. Spectral efficiency is improved and system capacity is
doubled by using 2x2 MIMO spatial multiplexing.

ATh2D.2 • 10:45
Efficient Routing Strategies for Interconnected Small
Scale OXC Sub-System Networks, Yuto Iwai1, Hiroshi
Hasegawa1, Ken-ichi Sato1; 1Department of Electrical Engineering and Computer Science, Nagoya Univ., Japan. We
describe two routing strategies for a node architecture thatutilizes interconnected small-scale optical cross-connect(OXC). Simulation results indicated that these strategies
achieve almost the same performance as that of the conventional OXC.

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10:30–12:15
ATh2E • SC 5 - Best Student Paper
Competition Biophotonics and OpticalSensors
Presider: Juergen Popp; Friedrich-Schiller
Univ. Jena, Germany

10:30–12:15
ATh2F • SC 6 - Best Student Paper
Competition LEDs, Photovoltaics, andOptoelectronics in Energy
Presider: Hongping Zhao; Case Western
Reserve Univ., USA

10:30–12:15
ATh2G • Symposium on Novel Optical
Materials II
Presider: Neil Collings; Univ. of Cambridge,
UK

10:30–12:15
ATh2H • SC 5 - Optical Sensors
Presider: Weidong Chen; Universite duLittoral France

ATh2E.1 • 10:30
Generation and potential applications of white-lightpropelling beams, Drake Cannan1, Peng Zhang1,2, Zhigang
Chen1,3; 1Physics and Astronomy, San Francisco State Univ.,
USA; 2NSF Nanoscale Science and Engineering Center,
Univ. of California, USA;3TEDA Applied Physics Schools,
Nankai Univ., China. We demonstrate experimentally thegeneration of white-light propelling beams by employing
Moiré technique without mechanical movement or phasesensitive interference. We discuss the possibility of using
such incoherent beams for dynamic optical tweezing andmicro-manipulation.

ATh2F.1 • 10:30
Designing a Thin Film Blackbody Based on Plasmonic
Anisotropic metamaterials, Yinyue Lin1, Yanxia Cui1,2,
Kin Hung Fung3, Yuying Hao1, Sailing He2, Nicholas X.
Fang3; 1College of Physics and Optoelectronics, Taiyuan
Univ. of Technology, China; 2Centre for Optical and Electromagnetic Research, State Key Laboratory of Modern Optical
Instrumentation,JORCEP, Zhejiang Univ., China; 3Department of Mechanical, Massachusetts Institute of Technology,
USA. Based on a sawtooth-shaped plasmonic anisotropic
metamaterial which comprises of alternating layers made oftungsten and titanium dioxide, we obtain a thin film blackbody working at the wavelength range from 200 nm to 4 μm.

InvitedATh2G.1 • 10:30
Advanced Photonics Materials with AIE Feature, Ben
Tang1; 1The Hong Kong Univ. of Sicence and Technology,
Hong Kong. Tetraphenylethene-containing polyynes withaggregation-induced emission characteristics are synthesized. The polymers are highly transparent in the entire
visible spectral region and show high refractive indices(n = 1.7787-1.6543) in a wide wavelength region of 4001700 nm.

ATh2H.1 • 10:30 Invited
Smart Sensors: Trends, Opportunities and Challenges for
the Future, Koray Karakaya1; 1IMEC/Holst Centre, Netherlands. In order to address the diversity in the applications
and smart sensors solutions, a fundamental understandingof the individual technology layers from transducers to
the complex sensor networks in a system perspective isessential. It is the system solution that transforms often
relatively simple transducers in to smart sensor systems.
An important challenge is that realizing viable technologies towards establishing sensor platforms. This brings anopportunity, and a challenge, for the optical sensor solutions, which are strong candidates for providing a complete
system level solution.

ATh2E.2 • 10:45
Whole-cell ROS rise in HepG2 cells induced by localized fs laser irradiation, zili ma1, Siu Kai Kong2, Kam Tai
Chan1; 1EE department, CUHK, Hong Kong; 2Basic Medical
Department, CUHK, Hong Kong. By using near infrared(NIR) femtosecond (fs) laser, we identify different redox
sensitivities of subcellular structures and show the intracellular redox balance system influence the redox sensitivity
and the behavior of intracellular ROS.

ATh2F.2 • 10:45
Broadband and Polarization-Independent Solar Absorber based on Plasmonic Coaxial Tapered Holes, Lei Mo1,
Liu Yang1, Sailing He1; 1Centre for Optical and Electromagnetic Research, Zhejiang Univ., China. We proposed a novel
solar absorber based on plasmonic coaxial tapered holes.
Absorption of over 88% was obtained in a broad wavelength
range without dependence on polarization. Absorption
enhancement mechanisms were explained in detail.

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ATh2A.3 • 11:00
Simultaneous Strain and Temperature Measurement
Using Compact Core-Offset Inter-Modal Interferometer With Embedded Fiber Bragg Grating, Tao Qi 1,
Shilin Xiao1, Jie Shi1, Zhao Zhou1, Meihua Bi1, Pingqing
Li1; 1State Key Laboratory of Advanced Optical Communication Systems and Networks, Shanghai Jiao Tong Univ.,
China. A new sensor for simultaneous measurement ofstrain and temperature based on core-offset inter-modal
interferometer with an embedded FBG is proposed. The
strain and temperature resolutions are ± 23.76 με and ±0.39 °C, respectively.

ATh2B.3 • 11:00
High-speed silicon Mach-Zehnder modulator operating
beyond 40 Gb/s, Jing Wang1, Chao Qiu1,2, Hao Li1, Le Li2,
Albert Pang2, Zhen Sheng1, Aimin Wu1, Xi Wang1, Shichang
Zou1,2, Fuwan Gan1; 1State Key Laboratory of Functional
Materials for Informatics, Shanghai Institute of Microsystem
and Information Technology, Chinese Academy of Sciences,
China; 2Grace Semiconductor Manufacturing Corporation,
China. We report a carrier-depleted silicon-based MachZehnder optical modulator operating beyond 40 Gb/s. The
device has a V πL of 16 V*mm and an on-chip insertion
loss as low as 6.2 dB.

ATh2C.3 • 11:00
Joint-mode RF-pilot Aided Phase Estimation for Modedivision Multiplexed CO-OFDM Superchannel, Xi Chen1,
An Li1,2, Jia Ye1,3, Abdullah A. Amin1, William Shieh1,2; 1The
Univ. of Melbourne, Australia; 2Centre for Energy- Efficient
Telecommunications (CEET), Australia; 3Center for Information Photonics & Communications, Southwest Jiaotong
Univ., China. We proposed a joint-mode RF-pilot aided
phase estimation algorithm for mode-division multiplexed
CO-OFDM superchannel. Experimental results show thatby using the proposed approach, the phase estimation isrobust against random modal coupling.

ATh2D.3 • 11:00
Planning and Provisioning of Elastic O-OFDM Networks
with Fragmentation-Aware Routing and Spectrum
Assignment (RSA) Algorithms, Mingyang Zhang1, Wei
Lu1, Zuqing Zhu1, Yawei Yin2, Ben Yoo2; 1Univ. of Sci. &Tech.of China, China; 2Univ. of California, Davis, USA.
We formulate fragmentation ratio to quantify bandwidth
fragmentation, and propose two fragmentation-aware RSA
algorithms to alleviating it in both static planning anddynamic provisioning of O-OFDM networks. Simulation
results indicate that the proposed RSA algorithms outperform two existing ones.

ATh2A.4 • 11:15
45°-TFG based in-fiber polarizer at 800nm by UV inscription, ADEDOTUN ADEBAYO1, Zhijun Yan1, Lin
Zhang1, David Robinson2; 1Aston Univ., UK; 2Arden Photonics Limited, UK. We show in-fiber polarizers at 800nm
range with polarization extinction ratio (PER) up to 37dB,
fabricated by UV-inscribing grating structures tilted at 45°
in standard single mode fiber. The results show that the PERof such polarizers increases linearly with the grating length.

ATh2B.4 • 11:15
Packaged Mode Multiplexer based on Silicon Photonics,
Haoshuo Chen1, Ton Koonen1, Bradley Snyder2, Xia Chen3,
Graham T. Reed3; 1COBRA Institute, Eindhoven Univ. ofTechnology, Netherlands; 2Tyndall National Institute, Univ.
College Cork, Ireland; 3Optoelectronics Research Centre,
Univ. of Southampton, UK. A silicon photonics based mode
multiplexer is proposed. Four chirped grating couplers
structure can support all 6 channels in a two-mode fiberand realize LP01 and LP11 mode selective exciting. The
packaged device is tested.

ATh2C.4 • 11:15
A Novel Large-Scale Wavelength Routing Switch
Configuration Exploiting Small Arrayed Waveguide
Gratings, Tomonobu Niwa1, Hiroshi Hasegawa1, Ken-ichi
Sato1, Toshio Watanabe2, Hiroshi Takahashi2; 1Nagoya
Univ., Japan; 2NTT Photonics Laboratories, NTT Corporation, Japan. We present a novel wavelength routing switch
configuration that consists of interconnected small arrayedwaveguide gratings (AWGs). We introduce an optimization
method for AWG interconnection and fabricate a prototype.
Transmission experiments verify its practical applicability.

ATh2D.4 • 11:15
Performance Evaluation of Large-Scale OXC Architecture Employing Wavelength Path Switching and Fiber
Selection, Toshinori Ban1, Hiroshi Hasegawa1, Ken-ichi
Sato1; 1Department of Electrical Engineering and Computer
Science, Nagoya Univ., Japan. We present a hardware scale
analysis of our proposed large-scale OXC architecture that isbased on dynamic wavelength grouping and fiber selection.
Numerical experiments show that it significantly reduces
the number of necessary WSSs.

ATh2A.5 • 11:30
A Reconfigurable All-Optical Three-Input Logic Gate for
Optical Frequency-Shift Keying Signals, Heng Zhou1, Qiu
Kun1, Zhou Xingyu1; 1Key lab of optical fiber sensing andcommunication networks, Ministry of Education, UESTC,
China. A reconfigurable all-optical three-input logic gate
for optical frequency shift keying signals is proposed basedon four-wave mixing. Correct and clear waveforms are
obtained in the experimental demonstration revealing its
potential for practical application.

ATh2B.5 • 11:30
Narrow-Linewidth and Single-Mode 1.55 μm LaterallyCoupled Distributed Feedback Laser Fabricated ByStandard I-Line Stepper Lithography, Kais Dridi1, Abdessamad Benhsaien1, Jessica Zhang2, Trevor J. Hall1; 1Univ. of
Ottawa, Canada; 2CMC Microsystems, Canada. We reporton a fabricated laterally-coupled distributed feedback laser
with narrow linewidth as low as 178 kHz. The device uses
third-order surface gratings and shows stable single-mode
operation at 1.55 μm.

ATh2C.5 • 11:30
Stabilize the Coupled Optoelectronic Oscillator by
an Unpumped Erbium-Doped Fiber, Shuhong Cai1,2,
Shilong Pan2,1, Dan Zhu2, Xiangfei Chen1; 1Nanjing Univ.,
China; 2Nanjing Univ Aeronautics & Astronautics, China.
The incorporation of the unpumped erbium-doped fiberin coupled optoelectronic oscillator improves significantly
the stability and quality of the generated signal. The phasenoise of a 10.664-GHz microwave signal is -120.58 dBc/
Hz at 10 kHz.

ATh2D.5 • 11:30
Energy Consumption of Next-Generation Optical-Wireless Converged Networks, Chathurika Ranaweera1, Christina Lim1, Elaine Wong1, Ampalavanapillai Nirmalathas1,
Chamil L. Jayasundara1; 1The Department of Electrical andElectronic Engineering, The Univ. of Melbourne, Australia.
We compare three different plausible architectures fornext-generation optical-wireless convergence in energy
conservation viewpoint. Our analysis provides insight into
QoS rich optical-wireless converged network architecturesthat preserve energy efficiency.

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ATh2E.3 • 11:00
Active Control of Spectral and Polarization Propertiesof Light through Turbid Media, Jung-Hoon Park1, Chunghyun Park1, Hyunseung Yu1, Yong-Hoon Cho1, YongKeun
Park1; 1Physics, KAIST, Republic of Korea. We demonstrate
the active control of spectral and polarization propertiesof light that has experienced multiple scattering throughturbid media. The dispersive and vectorial properties of thetransmission matrix are directly demonstrated.

ATh2F.3 • 11:00
Optical Absorption Enhancement in Slanted MicroHole C-Si for Photovoltaic Applications, Md. Mosaddek
H. Adib1, Tahsin Uddin Mullick1, Md Ibrahim Khalil1,
Arshad M. Chowdhury1,2, Geekung Chang2, Nowshad
Amin3; 1Department of Electrical Engineering and Computer Science, North South Univ., Bangladesh; 2School ofElectrical and computer Engineering, Georgia Institute ofTechnology, USA; 33Department of Electrical, Electronic &Systems Engineering,Faculty of Engineering and Built Environment, Universiti Kebangsaan Malaysia, Malaysia. We
proposed and demonstrate simple and efficient absorption
geometry using slanted micro-hole architecture for planer
C-Si solar cell. Our analysis result found that the proposedarchitecture can enhance the absorbance and the ultimate
efficiency is over 28%.

ATh2G.2 • 11:00 Invited
Plasmonic- and Blue-Phase Liquid Crystalline Photonics Materials, Iam-Choon Khoo1; 1Pennsylvania State
Univ., USA. We present a critical review of recent work on
novel liquid crystal cladded plasmonic nano-structures
and Blue-Phase liquid crystals containing photosensitive
molecules, including tunable metamaterials, reflective
or transmission optics, large optical nonlinearities andrandom lasing action.

ATh2H.2 • 11:00 Invited
Trace Gas Sensors Based On TDLAS and Their Application, Xiaoming Gao1, Wang Lei1, Tan Tu1, Liu Kun1, Yi
Hongming1, Wang Guishi1, Chen Weidong2; 1Anhui Instituteof Optics & Fine Mechanics, Chinese Academy of Sciences,
China; 2Laboratoire de Physicochimie del’Atmosphère, Université du Littoral Côte d’Opale, France. We will present the
new progress in development of new generation trace gas
sensors based on TDLAS and their application, including
natural gas pipeline leakage detectors and new configurations of QEPAS sensors.

ATh2E.4 • 11:15
Super-resolution Fluorescence Lifetime Imaging, Zhaotai
Gu1, Cuifang Kuang1, Shuai Li1, Yi Xue1, Zhenrong Zheng1,
Xu Liu1; 1Zhejiang Univ., China. We realized fluorescence
lifetime imaging of a spatial resolution of 70nm by using
continuous wave stimulated emission depletion microscopy. The overall fluorescence lifetimes were shortened by~3ns in the presence of the continuous depletion beam.

ATh2F.4 • 11:15
Remarkable Enhancement of the Photocurrent Responseof Dye-Sensitized Solar Cells using CuInSe2 Nanocrystals, Ramy Nashed1,3, Emad Girgis2, Ahmed Shehata3,
Ahmed I. Abdel-Salam3, Mona B. Mohamed4; 1Renewable
Energy Laboratory, American Univ. in Cairo, Egypt; 2Advanced Materials & Nanotechnology Lab, National ResearchCentre, Egypt; 3Characterization Lab, Nanotech Egypt for
Photo-Electronics, Egypt; 4National Institute Laser Enhanced
Science, Cairo Univ., Egypt. The Effect of introducing
CuInSe2 (CIS) Nanocrystals with the electrolyte on thephotocurrent response of DSSCs was investigated showing
great enhancement in optical switching and electrical stability of DSSCs by improving the electrolyte’s reduction rate.

ATh2E.5 • 11:30
Enabling ultramicroscopy with partly immersed SiO2
microspheres, Hao Cheng1,2, Jun Qian1,2, Fuhong Cai1,2,
Sailing He1,2; 1Centre for Optical and Electromagnetic
Research, Zhejiang Univ., China; 2Joint ResearchCentre of
Photonics of the Royal Institute of Technology (Sweden), Lund
Univ. (Sweden), and Zhejiang Univ., Zhejiang Univ., China.
We experimentally confirm that an irresolvable sample ofsub-wavelength feature could be resolved by a microscope
when partly immersed 6μm SiO2 microspheres are utilized.
A detailed analysis is also given with the FDTD simulation.

ATh2F.5 • 11:30
Plasma Power Detuned Synthesis of Si-QD doped Sirich SiOx Thin Film for Multicolor Electroluminescent
Diodes, Chih-Hsien Cheng1, Yu-Chung Lien1, Gong-Ru
Lin1; 1Graduate Institute of Photonics and Optoelectronics,
Department of Electrical Engineering, National Taiwan Univ.,
Taiwan. The smaller Si-QDs result in a current endurance tooperate the MOSLED at breakdown edge providing a recordof maximum blue-light electroluminescent power at 59.9
μW/cm2 with highest external quantum efficiency of 2.4%.

InvitedATh2G.3 • 11:30
Towards the development of polymer optical interconnection systems, Toshikuni Kaino1, Okihiro Sugihara1; 1Tohoku Universty, Japan. High performance photonic
polymers and related waveguide device will play importantrole for board level and chip level optical interconnection
systems. Simple waveguide fabrication and assembly techniques are required for practical optical modules.

ATh2H.3 • 11:30
Porous ceramic based multi-pass gas cell studies using
absorption spectroscopy, Yuan Fu1, Lin Yang1, Chunsheng
Yan1; 1Zhejiang Provincial Key Laboratory for Sensing Technologies, Centre for Optical and Electromagnetic Research,
JORCEP [KTH-LU-ZJU Joint Research Center of Photonics],
Zhejiang Univ., China. We investigate the gas absorption
properties of porous alumina ceramics with different
porosities using gas in scattering media absorption spectroscopy (GASMAS). The gas exchange time for ceramics
with 70% porosity is typically within 1 minute.

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ATh2A.6 • 11:45
Comparing investigation of optical sampling schemes using NOLM and degenerate FWM, Shinya Watanabe1, Yuji
Miyoshi1, Masaharu Ohashi1; 1Osaka Prefecture Univ., Japan.
We investigate the performances of optical samplers using
NOLM and FWM. The power consumption and temporal
resolution can improve by using NOLM with the control
pulse in anomalous dispersion region.

ATh2B.6 • 11:45
Emission Dynamics of InAs/InP Quantum-Dash Laser,
Mohammed Zahed M. Khan1, Tien K. Ng1, Chi S. Lee2, Pallab K. Bhattacharya2, Boon S. Ooi1; 1Photonics Laboratory,
King Abdullah Univ. of Science and Technology (KAUST),
Saudi Arabia; 2Department of Electrical Engineering andComputer Science, Univ. of Michigan, USA. The effect of
current pulse width on the lasing spectra of chirp InAs/
InP quantum-dash laser is presented. The spectra shows
unusual splitting with increasing current injection whichis correlated to the active region inhomogeneity

ATh2C.6 • 11:45
A 60GHz Wireless Access Scheme with Electrical LO
Devices Free in Mobile Terminals and Base Stations,
Chenhui Ye1,2, Liang Zhang2,3, Ming Zhu2, Jianjun Yu2, Sailing He1,4, Geekung Chang2; 1Zhejiang Univ., China; 2Georgia
Institute of Technology, USA; 3Shanghai Jiao Tong Univ.,
China;4Royal Institute of Technology, Sweden. We propose
a 60GHz wireless access network scheme with centralized
LO service delivered to mobile terminals and base stations
from the central office. Bidirectional transmission based on
the scheme has been experimentally demonstrated.

ATh2D.6 • 11:45
Modeling the Impact of ROADM Color and Directional
Constraints on Optical Network Performance, Yongcheng
Li1, Li Gao1, Limei Peng1, Gangxiang Shen1; 1School of Electronic and Information Engineering, Soochow Univ., China.
We develop an analytical model for evaluating opticallightpath blocking performance under the color and directional add/drop constraints. Compared to the simulation
results, the analytical model can accurately predict optical
network performance.

ATh2A.7 • 12:00
Local heating of individual droplets using photothermal
effects of gold nanorods, Zhiyong Li1, Pan Wang1, Limin
Tong1, Lei Zhang1,2; 1Zhejiang Univ., China; 2Georgia Institute of Technology and Emory Univ., USA. We present anefficient method to locally heat individual microfluidic
droplets using photothermal effects of gold nanorods. A
nanoliter droplet was heated to over 80 oC under illumination of a 13.6 mW heating laser.

ATh2B.7 • 12:00
Single-Electrode-Controlled 14×200GHz Digitally Wavelength Switchable Half-wave Coupled Rectangular RingFP Semiconductor Laser, Lin Wu1, Jianjun Meng1, Jian-Jun
He1; 1State Key Laboratory of Modern Optical Instrumentation, Center for Integrated Optoelectronics,Departmentof Optical Engineering, Zhejiang Univ., China. we report
our latest experimental results of the half-wave coupled
rectangular ring-FP laser. Single-electrode-controlled wavelength switching over 14 channels with 200GHz spacing isdemonstrated with side-mode-suppression-ratio (SMSR)
up to 37dB. And the total device size is only 0.5×0.4 mm2.

ATh2C.7 • 12:00
Holographic beam steering a directly modulated twoelectrode high brightness tapered laser diode for opticalwireless communications, Feng Feng1, Ian H. White1,
Timothy D. Wilkinson1; 1Univ. of Cambridge, UK. An
error-free free space communication link with 3 degree
angular coverage and 1.25GHz modulation bandwidth isdemonstrated by beam steering an ultra high modulation
efficiency bright tapered laser diode using a Liquid Crystal
Spatial Light Modulator.

ATh2D.7 • 12:00
Multi Layer Energy-Efficiency in IP over WDM Networks, Carlos Ribera1, Cicek Cavdar1, Aysegul Gencata2,
Lena Wosinska1; 1The Royal Institute of Technology KTH,
Sweden; 2Istanbul Technical Univ. ITU, Turkey. We propose
an energy-aware Internet Protocol (IP) traffic routing strategy together with a virtual topology adaptation approachto save energy in the IP over WDM networks by following
a dynamic daily traffic profile.

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Self-priming compartmentalization digital LAMP
for single molecule detection, qiangyuan zhu 1, Lin
Qiu1 1Zhejiang Univ., China. This paper describes a selfpriming compartmentalization (SPC) microfluidic digital
loop-mediated amplification (dLAMP) chip for performing
single molecule detection, which is power-free, valve-free,
isothermal, inexpensive, sensitive, economizing labor timeand reagent.

ATh2F.6 • 11:45
High Uniformity of Remote Phosphor Structure by
ZrO2 Nano-particles for White LEDs, Kuo-Ju Chen1,
Chen Hsin-Chu1, Lin Chien-Chung2, Wang Chao-Hsun1,
Tsai Hsin-Han1, Chien Shih-Hsuan1, Shih Min-Hsiung3,
Hao-chung Kuo1 1Department of Photonics and Instituteof Electro-Optical Engineering, National Chiao Tung Univ.,
2
Institute of Photonic System, National Chiao Tung
3
Research Center for Applied Sciences, Taiwan. High luminous efficiency and superior uniformityof angular-dependent correlated color temperature whitelight-emitting diodes have been investigated by ZrO2 nanoparticales in remote phosphor structure due to the higher
capability of light scattering.

ATh2E.7 • 12:00
Multilayered Gold Nanorods with Tunable SERS and Fluorescence Properties for In Vivo Imaging, Yuan Zhang1,
Jun Qian1, Dan Wang1, Yalun Wang1, Sailing He1 1Centre
for Optical and Electromagnetic Research, Zhejiang Univ.,
China. Gold nanorods were coated by a dye-doped silicapolymer multilayer, forming two tunable individual SERS
and fluorescence channels. Such gold nanorods are stable
inside living mice and can be used for multimodality
imaging in vivo.

ATh2F.7 • 12:00
Ultra-broadband near-infrared metamaterial absorber,
Fei Ding1, Yi Jin1, Sailing He1,2 1Centre for Optical andElectromagnetic Research, State Key Laboratory of Modern
2
Divisionof Electromagnetic Engineering, School of Electrical Engineering, Royal Institute of Technology, Sweden. A near-infraredwide-band polarization-insensitive absorber is demonstrated. It is composed of two-dimensional titanium diskarrays and a gold plate. The absorption at normal incidence
is above 90% in the range of 164.2THz to 345.2 THz.

Camellia
ATh2H.4 • 11:45
Application of scattering porous materials as multipass
gas cells in multimode diode laser correlation spectroscopy, Xiutao Lou1,2, Can Xu2, Gabriel Somesfalean2, Sune
2
R. Svanberg2 1
Lund
Univ., Sweden. Gas cells made of porous materials have been
applied in multimode diode laser correlation spectroscopy
measurements of oxygen. A pathlength enhancement of
more than one order of magnitude compared with an
open-air setup was achieved.

ATh2G.4 • 12:00
Enhanced two-photon photoluminescence of lightemitting polymers from a resonant waveguide grating structure, Chia Chen Hsu1,3, Jian H. Lin1, Yu Shiuan
Lin1, Ching-Ting Lee2, Hung-Chih Kan1 1Department of2
Instituteof Microelectronics, Department of Electrical Engineering,3
Graduate Institute of
Opto-Mechatronics, National Chung Cheng Univ., Taiwan.
We demonstrate that guided mode resonances enhanced
two-photon photoluminescence (PL) in a resonant waveguide grating (RWG) structure. The enhancement factor
for PL emission is 93 times compared to that of a sample
without RWG effect.

ATh2H.5 • 12:00
Optical Porosimetry in Wood Using Oxygen Absorption Spectroscopy and Frequency Domain Photon
Migration, Liang Mei1,2, Jim Larsson1, Sune R. Svanberg1,4,
Gabriel Somesfalean1,3 1Physics Department, Lund Univ.,
2
Centre for Optical and Electromagnetic Research,
3
Joint Research Center of Photonics,
Zhejiang Univ.-Royal Institute of Technology-Lund Univ.,
4Centre for Optical and Electromagnetic Research, South China Normal Univ., China. A
method to assess the relative optical porosity in woodby a combination of gas in scattering media absorption
spectroscopy (GASMAS) and frequency domain photon
migration (FDPM) is presented. Samples of balsa and pine
wood are studied.

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13:45–15:30
ATh3A • SC 1 - Novel Fibers andFiber-based Devices
Presider: Yunqi Liu; Shanghai Univ., China

13:45–15:30
ATh3B • SC 2 - Silicon Photonics II
Presider: Danxia Xu; National ResearchCouncil Canada, Canada

13:45–15:30
ATh3C • SC 3 - Future AccessNetworks
Presider: Ernesto Ciaramella; Scuola
Superiore Sant Anna di Pisa; Italy

13:45–15:30
ATh3D • SC 4 - Optical AccessNetworks I
Presider: Lena Wosinska; Kungliga Tekniska
Hogskolan, Sweden

ATh3A.1 • 13:45 Invited
Recent progress in random distributed fibre lasers, Sergei
K. Turitsyn1; 1Aston Institute of Photonic Technologies, Aston
Univ., UK. I will overview our recent results and will discuss
the concept of a fiber laser with an open cavity that operates
using random distributed feedback provided by Rayleighscattering amplified through the Raman effect - random
distributed fibre lasers .

InvitedATh3B.1 • 13:45
Coupling and Packaging Issues of Silicon Based Photonic
Integrated Circuits, Christophe Kopp1; 1CEA Grenoble,
France. We review the two opposed challenges that fiber
coupling of silicon photonic circuits has to deal with. The
first is high performance with different requests for emittersand receivers. The second is packaging assembly tolerance.

InvitedATh3C.1 • 13:45
China Telecom FTTH deployment - lessons learnt andfuture plans, Bo Wang1; 1China Telecom, China. Experiences and lessons of China Telecom are described, whichfacilitate the deployment the largest FTTx network in theworld. Future plans are introduced, which will make China
Telecom the world’s largest FTTH operator.

InvitedATh3D.1 • 13:45
Complete cost analysis of Hybrid PON architectures for
Next Generation Optical Access Networks, Carmen Mas
Machuca1; 1Technische Univ. Munchen, Germany. Hybrid
PON solutions are considered as the best alternative to increase the bandwidth offered to users in a cost effective way.
A detailed cost study on different areas will be presented.

InvitedATh3A.2 • 14:15
Progress in Bismuth-Doped Silica-Based Fiber Lasers
and Amplifiers, Evgeny M. Dianov1, Igor A. Bufetov1; 1Fiber
Optics Research Center of RAS, Russian Federation. It has
been recently demonstrated that Bi-doped glass opticalfibers are a promising active laser medium for 1150-1550
nm. The new results in the field of Bi-doped fiber lasers
and optical amplifiers will be considered.

ATh3B.2 • 14:15
Waveguide Grating coupler based on CMOS poly-silicongate layer, Chao Qiu1,2, Zhen Sheng1, Le Li2, Albert Pang2,
Aimin Wu1, Xi Wang1, Shichang Zou1,2, Fuwan Gan1; 1StateKey Laboratory of Functional Materials for Informatics,
Shanghai Institute of Microsystem and Information Technology, Chinese Academy of Sciences, China; 2Grace Semiconductor Manufacturing Corporation, China. Grating couplers
based on CMOS poly-silicon gate layer are experimentallydemonstrated with coupling efficiency of ~40%. By adding
full-etched trenches in the waveguide layer, the coupling
efficiency can be further improved to ~70%.

InvitedATh3C.2 • 14:15
Next Generation PON offering 40G or more bandwidth,
Yuanqiu Luo1, Xuejin Yan1, Frank Effenberger1; 1Huawei
Technologies USA, USA. This paper reviews PON technologies with a rate of at least 40Gb/s for the next generation
broadband access. The time and wavelength divisionmultiplexed PON (TWDM-PON) is investigated as theprimary solution for 40Gb/s access.

InvitedATh3D.2 • 14:15
Architectural Solutions for Open Access in Next-generation Passive Optical Networks (NG-PONs), Bart Lannoo1,
Abhishek Dixit1, Didier Colle1, Mario Pickavet1; 1INTEC
Univ. of Gent, Belgium. Opening next-generation opticalaccess (NGOA) networks at various layers will lead to increased competition among network and service providers.
We proposed various open access schemes, with a focus on
opening the wavelength layer in NG-PONs.

ATh3B.3 • 14:30
Silicon mode-(de)multiplexer for a hybrid multiplexing system to achieve ultrahigh capacity photonic
networks-on-chip with a single-wavelength-carrier light,
Daoxin Dai1; 1Zhejiang Univ., China. Hybrid multiplexing technology combining polarization multiplexing andmode multiplexing is presented to expand the capacityof photonic networks-on-chip. A novel low-loss and low
crosstalk mode-(de)multiplexer is proposed with cascaded
asymmetrical directional couplers.

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13:45–15:30
ATh3E • SC 5 - Raman-based
Biophotonics
Presider: Kishan Dholakia; Univ. of St
Andrews, UK

13:45–15:30
ATh3F • SC 6 - Novel Solar
Technologies
Presider: TBA

13:45–15:30
ATh3G • Symposium on Photosensitive and Photomobile Materials
Presider: Zhiwen Liu; Pennsylvania State
Univ., USA______________________________

InvitedATh3E.1 • 13:45
SERS Based Biosensors, Malini Olivio1; 1Singapore Bioimaging Consortium, Singapore. This presentation will discuss
SERS based biosensors.

ATh3F.1 • 13:45 Invited
III-Nitride Based Solar Hydrogen, Hongxing Jiang1; 1Texas Tech Univ., USA. We will discuss III-Nitride based solarhydrogen.

ATh3G.1 • 13:45 Invited
Photomobile Materials: Structures and Functions, Tomiki
Ikeda1; 1Tokyo Institute of Technology, Japan. Crosslinked
liquid-crystalline polymers containing photochromic
molecules show three-dimensional movements upon irradiation with light to cause photochemical reactions ofphotochromes. We will present on effectively fabricatingthese crosslinked photomobile materials on top of polymer
substrates.

______________________________

InvitedATh3G.2 • 14:15
Azo dye doped liquid crystals: Physics and applications,
Andy Y. Fuh1,2, Ko-Ting Cheng1, Tsung-Hsien Lin3; 1Department of Physics, National Cheng Kung Univ., Taiwan; 2Institute of Electro-optical Science and Engineering, National
Cheng Kung Univ., Taiwan; 3Department of Photonics,
National Sun Yat-Sen Univ., Taiwan. The azo dye molecules
doped in a LC cell undergo photo-refractive, and trans-cis
isomerization effects after they are excited by suitable light.
These effects induce the change of LC parameters, and/or
the alignment, and allow us to fabricate various LC devices.
Details are reported.

______________________________

ATh3E.2 • 14:15 Invited
A Fast Nanotechnology Platform to Detect/Capture Bacteria in Clinical Samples, Yuh-lin Wang1,2; 1Inst of Atomic
and Molecular Science, Academia Sinica, Taiwan; 2Physics,
National Taiwan Univ., Taiwan. Vancomycin coating of anarray of Ag-nanoparticles provides label-free analysis ofbacteria via surface enhanced Raman spectroscopy (SERS)
and leads to huge increase in its capability to capture bacteria without introducing significant spectral interference.

ATh3F.2 • 14:15
Metamaterial-plasmonic Ultra-thin Absorbers for Thin
Film Solar Cells, Yang Wang1, Zhifeng Ren2, Krzysztof
Kempa2; 1South China Academy of Advanced optoelectronics,
South China Normal Univ., China; 2Physics, Boston College,
USA. We show that a planar structure consisting of an
ultrathin semiconducting layer topped with a nanoscale
perforated metallic film and then a dielectric film canbecome a platform for high-efficiency thin film solar cells.

InvitedATh3F.3 • 14:30
Bonded Multijunction Photovoltaics to Improve Efficiency and Performance, John E. Bowers1, Chieh-Ting
Lin1, W.E. McMahon2, J.S. Ward2, J.F. Geisz2, M. W. Wanlass2, J.J. Carapella2, W. Olavarria2, M. Young2, M.A. Steiner2,
R. M. Frances2, A.E. Kibbler2, A. Duda2, J.M. Olson2, E.E.
Perl1, D.J. Friedman2; 1University of California at Santa
Barbara, Santa Barbara, CA, USA; 2National Renewable
Energy Laboratory, Golden, CO, USA. A novel bonding approach has been developed to enable a fully lattice-matched
two-terminal four-junction device in which GaInP/GaAs
tandem is bonded to a GaInAsP/GaInAs tandem. Proveof concept device, simulation and fabrication will bepresented.

______________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

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ATh3A.3 • 14:45
Nonlinear Polarization Rotation-based Linear Cavity
Multi-wavelength Fiber Laser, Hongyun Meng1, Wang
Wei1, Wu Xiaowei1, Wang Wei1, Xiong Rui1, Xue Hongchao1, Tan Chunhua1, Huang Xuguang1; 1Laboratory of
Nanophotonic Functional Materials and Devices, South
China Normal Univ., China. We propose a nonlinear polarization rotation-based linear cavity multi-wavelength
fiber laser. By adjusting the polarization controllers, theproposed laser can generate up to 8 wavelengths and thenumber of the lasing lines can be adjusted.

ATh3B.4 • 14:45
Polarization Dispersion Compensated AWG with
Angled Star Couplers Based on Silica-on-Silicon, Xiang
Xia1, Jun Zou1, Tingting Lang2,1, Jian-Jun He1; 1State Key
Laboratory of Modern Optical Instrumentation, Zhejiang
Univ, China; 2College of Optical and Electronic Technology,
China Jiliang Univ, China. A polarization compensated
AWG with angled star couplers based on silica-on-silicon
is demonstrated. Five AWGs with different polarizationcompensator parameter γ corresponding to different
incident/diffraction angles are fabricated.The PDλ of thecentral channels is less than 0.02nm.

ATh3C.3 • 14:45
Wavelength-Offset Optical Filtering Induced Power
Budget Improvements in End-to-End Real-Time Optical
OFDM PON Systems, Jianming TANG1; 1Bangor Univ.,
UK. Experimental and theoretical investigations show,
for the first time, that wavelength-offset optical filtering
improves optical power budgets by 1.4 dB in end-to-end
real-time 11.25Gb/s optical OFDM 25km IMDD PON
systems utilizing directly modulated DFB lasers.

ATh3D.3 • 14:45
The Design Predictability Concern in Optical Networkon-Chip Design, Luca Ramini1, Davide Bertozzi1; 1Engineering Department, Engineering Department of Ferrara,
Italy. Predictability is a well-known concern for electronic
circuit design. This paper shows that it is a concern for
optical network-on-chip design too. The gap between logic
and physical topologies is used as a case study.

ATh3A.4 • 15:00
Widely Tunable Multi-Wavelength Fiber Laser Basedon Cascaded Stimulated Brillouin Scattering in a
Compact Linear Cavity, Sichang Jiang 1, Yizhen Wei1,
Shiming Gao1; 1Zhejiang Univ., China. A widely tunablemulti-wavelength fiber laser (MWFL) is proposed basedon cascaded generation of Brillouin Stokes lines. A widetuning range from 1542 to 1570 nm and a maximum of 11
wavelength channels are achieved.

InvitedATh3B.5 • 15:00
Silicon Photonics for Optical Fiber Communication
Applications, Diedrik Vermeulen1, Gunther Roelkens2,
Dries Van Thourhout2, Christopher R. Doerr1; 1Acacia
Communications Inc., USA; 2Ghent Univ. , Belgium. We will
give an overview of the state-of-the-art in Silicon Photonics
advancements focusing on the optical power budget andpolarization requirements for applications in optical fiber
communications.

ATh3C.4 • 15:00
Simultaneous Transmission of Baseband and UWBSignals in a WDM-PON Using Phase-Amplitude Hybrid
Modulation, Pan Cao1, Zhiming Zhuang1, Xiaofeng Hu1,
Liang Zhang1, Yikai Su1; 1Shanghai Jiao Tong Univ., China.
We propose and experimentally demonstrate a scheme tointegrate UWB wireless signal transmission in a 10-Gb/s
WDM-PON architecture. The UWB and 10-Gb/s baseband signals are simultaneously transmitted using phaseamplitude hybrid modulation.

ATh3D.4 • 15:00
An MAC Protocol with High Throughput and Low Packet
Delay for OFDMA PONs, Weizhi You1, Lilin Yi1, Wei Guo1,
Weisheng Hu1; 1State Key Lab of Advanced Optical Communication System and Networks,Department of Electronic
Engineering, Shanghai Jiao Tong Univ., China. An efficient
MAC protocol has been proposed for OFDMA PONs.
Simulation results illustrate the proposed MAC protocol
obtains higher throughput performance and large network
capacity, reduces average packer delay and improves bandwidth utilization efficiency.

ATh3C.5 • 15:15
A Re-Modulation Scheme in WDM-PON based on FP-LD
and RSOA Cascaded Structure, Hanlin Feng1, Shilin Xiao1,
Pei Yang1, Zhao Zhou1, Jie Shi1; 1Shanghai Jiao Tong Univ.,
China. We demonstrate a cascaded re-modulation schemein WDM-PON based on FP-LD and RSOA. Experimental
results show that this scheme can successfully demodulate
10Gbit/s downstream DPSK signal and improve upstream
transmission performance simultaneously.

ATh3D.5 • 15:15
100-Gb/s Multi-band OFDM-PON Based on Polarization
Interleaving and Direct Detection, Bangjiang Lin1, Juhao
Li1, Hui Yang1, Yangsha Wan1, Yuanbao Luo1, Ping Zhang1,
Yongqi He1, Zhangyuan Chen1; 1Peking Univ., China. We
demonstrate 100-Gb/s multi-band transmission for OFDMPON based on polarization interleaving (PI) and direct
detection. The bandwidth requirement of components is
reduced using the PI and multi-band scheme, achieving
high-speed transmission.

ATh3A.5 • 15:15
Demonstration of a Wavelength Tunable Q-Switched
Fiber Laser, Manas Srivastava1, Deepa Venkitesh1, Balaji Srinivasan1; 1Electrical Engineering, Indian Institute ofTechnology Madras, India. We have Q-switched an Erbium
doped fiber laser cavity in the presence of a tunable band
pass filter and have compared the results with those of afilter-less cavity.

15:30–16:00 Tea Break, 3rd Floor Hallway (Near Exhibition Area)

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InvitedATh3E.3 • 14:45
The Many Facets of Raman Spectroscopy, Juergen
Popp1,2; 1Institute of Physical Chemsitry and Abbe Center of
Photonics, Friedrich-Schiller Univ. Jena, Germany; 2Instituteof Photonic Technology, Germany. It will be shown that
Raman based technologies are powerful tools to addressa broad spectrum of biomedical problems like e.g. rapid
pathogen identification, objective clinical cell and tissue
characterization for disease diagnosis.

ATh3E.4 • 15:15
Raman enhancement of graphene oxide via reduced
Ag nanoparticles on the suface, Dan Wang1, Jun Qian1,
Fuhong Cai1, Sailing He1; 1Centre for Optical and Electromagnetic Research, Zhejiang Provincial Key Laboratory
for Sensing Technologies, State Key Laboratory of Modern
Optical Instrumentations, Zhejiang Univ., China. Graphene
oxide sheets adsorbed with Ag nanoparticles were synthesized in a facile way. Raman spectra measured at different
excitation wavelength were carried out. Efficient in vivo
Raman detection experiments using GO-Ag nanoparticles
were demonstrated.

DahliaInvitedATh3G.3 • 14:45
Active Plasmonic: from Random to Periodic, Cesare
Umeton1, Luciano De Sio1, Roberto Caputo1, Ugo Cataldi1,
Luigia Pezzi1; 1LICRYL Center of Excellence CEMIF.CAL
and Department of Physics, Universita della Calabria, Italy.
Using self-organizing materials we have demonstrated “active plasmonics” materials/devices in which the plasmonicresonance, optical propagation and diffraction can be
finely controlled by means of external perturbations suchas electrical or optical field, temperature.

InvitedATh3F.4 • 15:00
Efficient Polymer Solar Cells with an Power Conversion
Efficiency Over 9%, Hongbin Wu1, Zhicai He1, Chengmei
Zhong1, Shijian Su1, Miao Xu1, Yong Cao1; 1Institute ofPolymer Optoelectronic Materials and Devices, State Key
Laboratory of Luminescent Materials and Devices, South
China Univ. of Technology, China. Polymer solar cells
certified efficiency of 9.2% is realized through inverted
structure, combining optimization on optical and electricalaspects. The new device structure simultaneously offers
ohmic contact for photogenerated charge-carrier collection,
allowing optimum photons harvest.

NOTES________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

ATh3G.4 • 15:15
Analytical engineering of index maps for the design of
all-dielectric metametarials, Eric CASSAN1, Khanh Van
Do1; 1Institut d’Electron Fondam (Univ. PSud), France. An
analytical method is proposed for the design of all-dielectric
metamaterials at optical frequencies as an alternative totransformation optics, which is then applied to the designof broadband in-plane light trajectories like logarithmic
spirals in the silicon on insulator photonics technology.

________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

15:30–16:00 Tea Break, 3rd Floor Hallway (Near Exhibition Area)________________________________________________________________________________________________________________________

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16:00–18:00
ATh4A • SC 1 - Fiber Devices I
Presider: Changxi Yang; Tsinghua Univ.,
China

16:00–18:00
ATh4B • SC 2 - Silicon Photonics III
Presider: Ting Mei; South China Normal
Univ., China

16:00–18:00
ATh4C • SC 3 - Coherent Systems
Presider: Xiaoxia Wu, JDSU, USA

16:00–18:15
ATh4D • SC 4 - Network Survivability
and Reconfiguration
Presider: Ori Gerstel; Cisco Systems, Inc.,
IsraelATh4A.1 • 16:00 Invited
All-Fiber Acousto-Optic Filters and Modulators, Byoung
Yoon Kim1; 1. Principles and implementation of all-fiber
acousto-optic devices are presented including frequency
shifter, tunable filter, modal coupler, polarization coupler
and intensity modulator.

InvitedATh4B.1 • 16:00
High speed silicon modulators and germanium detectors,
Laurent Vivien1, Delphine Marris-Morini1, Melissa Ziebell1,
Gilles Rasigade1, Leopold Virot1,2, Jean-Michel Hartmann2,
Eric CASSAN1, Paul Crozat1, David Bouville1, Charles
Baudot3, Frederic Boeuf3, Jeam Marc Fedeli2; 1Univ. Parissud - CNRS Inst d’Electronique Fondamentale, France; 2CEALeti, France; 3STMicroelectronics, France. 40Gbit/s opticalmodulators based on carrier depletion effect and germanium photodetectors integrated in silicon waveguides havebeen demonstrated at a wavelength of 1.55µm.

InvitedATh4C.1 • 16:00
100G Coherent transponder in MSA with advanced SD
FEC, Benny Mikkelsen1; 1Acacia Communications, Inc.,
USA. The paper discusses key technologies needed to
implement 100G Coherent transceivers in an MSA formfactor. In particular, we discuss advantages and performanceof SD-FEC. Finally, we present test results including transmission over 3750km SSMF (47 spans).

InvitedATh4D.1 • 16:00
Recent Advances in (Optical) Network Survivability,
Biswanath Mukherjee1, Ferhat Dikbiyik1; 1Univ. of California
Davis, USA. Recent advances in (optical) network survivability is discussed such as disaster survivability, data protection for cloud services, the notion of degraded service/
partial protection, exploiting multipath provisioning andexcess capacity for improved robustness.

InvitedATh4A.2 • 16:30
TBD, Alexander L. Gaeta1, Moti Fridman1; 1Cornell Univ.,USA. Abstract not available.

ATh4B.2 • 16:30
Coupled-Resonator-Induced-Transparency in Cascaded
Self-Coupled Optical Waveguide (SCOW) Resonators,
Linjie Zhou1, Jingya Xie1, Liangjun Lu1, Zhi Zou1, Xiaomeng
Sun1, Jianping Chen1; 1Shanghai Jiao Tong Univ., China. We
experimentally demonstrate coupled-resonator-inducedtransparency (CRIT) in cascaded self-coupled opticalwaveguide (SCOW) resonators. CRIT tuning is realized
by heating the inter-cavity connection waveguide using an
intrinsic thermal resistor.

InvitedATh4C.2 • 16:30
Colorless Coherent Reception, Chongjin Xie1; 1AlcatelLucent Bell Labs, USA. We review recent studies on colorless reception of WDM channels using intradyne coherent
receivers. The colorless reception performance of threedifferent coherent receivers is compared and discussed.

ATh4D.2 • 16:30 Invited
Flow Availability in Two-Layer Networks with DedicatedPath Protection, Jing Wu1; 1Communications ResearchCentre (CRC), Canada. Traffic flows with protection can be
disrupted in network failures that are beyond the protection
capability. We analyze availability of upper-layer flows in
two-layer networks with dedicated path protection at upper or lower layer.

ATh4B.3 • 16:45
Two-Channel Simultaneous Polarization Demultiplexing and Wavelength Conversion for PolarizationMultiplexing Signals in a SOI Waveguide, Yanqiao
Xie1, Shiming Gao1, Sailing He1; 1Centre for Optical andElectromagnetic Research, State Key Laboratory of Modern
Optical Instrumentation, Zhejiang Univ., China. We demonstrate two-channel 10-Gb/s simultaneous polarization
demultiplexing and wavelength conversion for a 20-Gb/s
Pol-MUX NRZ-OOK signal using four-wave mixing in a
SOI waveguide. The eye diagrams of the demultiplexed andconverted signals are clearly observed.

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16:00–18:00
ATh4E • SC 5 - MIR Sensing
Presider: Jürgen Röpcke; Plasma Diagnostics,
INP Greifswald, Germany

16:00–18:00
ATh4F • SC 6 - Development andProduction of High Performance LEDs
Presider: Boon Ooi; King Abdullah Univ. of
Science & Technology, Saudi Arabia

16:00–18:00
ATh4G • Symposium on Advanced
Photonics
Presider: Cesare Umeton; Universita della
Calabria, Italy______________________________

InvitedATh4E.1 • 16:00
Mid-Infrared Semiconductor Laser Based Trace Gas
Sensor Technologies: Recent Advances and Applications, Frank K. Tittel1, Rafal Lewicki1, Mohammad Jahjah1,
Yufei Ma1, Przemyslaw Stefanski1 1Rice Univ., USA. Recent
advances in the development of ultra-sensitive sensor
technology based on mid -infrared semiconductor lasers
for the detection of trace gas species and their application
in industrial process control and environmental monitoring will be reported.

InvitedATh4F.1 • 16:00
Development of Solid State Lighting Technologies,
Cees Ronda1,2 1Philips, Research Laboratories, Nether2
COER, Zhejiang Univ., China. An overview will begiven about recent developments in Solid State Lighting
Technologies, with an emphasis on inorganic LEDs. The
paper will end with an outlook.

InvitedATh4G.1 • 16:00
Advanced Spatial Light Modulator Technology, Neil
Collings1 1Univ. of Cambridge, UK. This paper will review
the advances which have been made in both electricallyand optically addressed spatial light modulators and coding
algorithms, which bring the realization of advanced opticalsystems such as 3D display closer.

______________________________

InvitedATh4E.2 • 16:30
Recent Progress in Uncooled Photodetection of the
Mid-infrared Radiation, Jozef Piotrowski1 1VIGO System
S.A., Poland. Recent progress in sensitive and fast-response
detection of the mid-infrared radiation with uncooled
devices based on variable gap HgCdTe heterostructures.
The devices show sub-nanosecond response time andperformance approaching fundamental limits.

InvitedATh4F.2 • 16:30
Production Technology of High Performance III-Nitride
Devices, S. David Roh1 1LG Innotek, Republic of Korea.
Large scale production of III-Nitride LEDs requires close
attention to scalability and cost effectiveness of every
technology adopted for production. Substrate diameter,material, and potential applicability to other III-N devices
are important factors to consider.

NOTES________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

ATh4G.2 • 16:30 Invited
Nonlinear nanoprobes, Zhiwen Liu1, Haifeng Li1, Zhe
Zhang1, Perry S. Edwards1, Yaoshun Jia1, Baigang Zhang1,
Yong Xu1 1Pennsylvania State Univ., USA. A new class ofnonlinear nanoprobe for probing ultrafast optical near fields
is discussed, which consists of a fiber taper, a nanowire, andnonlinear nanoparticles or nanocrystals. Applications tocharacterizing ultrashort pulses will be discussed.

____________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

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ATh4A.3 • 17:00
A Fiber-Based Slow-Light Laser Radar (SLIDAR), Zhimin
Shi1, Aaron Schweinsberg1, Joseph E. Vornehm1, Robert W.
Boyd1,2; 1Univ. of Rochester, USA; 2Dept. of Physics, Univ.
of Ottawa, Canada. We introduce the concept of multiaperture slow-light laser radar (SLIDAR). Independentfiber-based techniques control group delay with opticalphase locking. We demonstrate experimentally a proofof-principle system which is capable of performing angularscanning in two orthogonal directions.

ATh4B.4 • 17:00
Chirped Optical Pulse Compression Using a Silicon
Channel Waveguide, Lizhong Cao1, Shiming Gao1; 1Zhejiang Univ., China. An integrated pulse compression method
is proposed for chirped optical pulses based on siliconchannel waveguides. A compression factor of about 0.05 is
obtained by optimizing the waveguide dimensions.

ATh4C.3 • 17:00
Coherent Detected Secure Point-to-Point Optical Fiber
Transmission using Ultra-Dense Optical Spectral Phase
Coding (UD-SPC) and Multilevel BCJR Equalization,
Xuezhi Hong1,2, Yang Lu2, Sailing He1,2; 1South China Normal
Univ., China; 2Zhejiang Univ., China. A secure P2P opticalfiber communication scheme based on ultra-dense optical
spectral phase coding (UD-SPC) is proposed. The multicode interference is suppressed by increasing the memoryof the multilevel BCJR equalizer as shown by simulations.

ATh4D.3 • 17:00 Invited
A Framework of All-optical Restoration via Monitoring
Trails (m-trails), Pin-Han Ho1; 1Univ. of Waterloo, Canada.
This presentation introduces a novel approach toward an
all-optical and electronic signaling-free restoration process
for general shared protection schemes via monitoring
trails (m-trails).

ATh4A.4 • 17:15
Efficiently Generation of Cascaded Fiber Four-Wave
Mixing by Optical Feedback, Xiaosheng Xiao1; 1Tsinghua
Univ., China. A technique to efficiently generate cascaded
fiber four-wave mixing (CFWM) by optical feedback is
proposed and demonstrated. Results show that the numberof CFWM products and the power of most CFWM products
are both enhanced.

ATh4B.5 • 17:15
Self-pulsation and excitability mechanism in siliconon-insulator microrings, Thomas Van Vaerenbergh1,
Martin Fiers1, Pauline Mechet1, Thijs Spuesens1, Rajesh
Kumar 1, Geert Mortier 1, Kristof Vandoorne 1, Bendix
Schneider1, Benjamin Schrauwen2, Joni Dambre2, Peter
Bienstman1; 1Photonic Research Group, UGent-IMEC,
Belgium; 2Electronics and information systems, UGent,
Belgium. In this paper, we demonstrate excitability in asilicon-on-insulator microring. Neglecting the fast light
dynamics simplifies the calculation of the excitability onset.
Excitable microrings will be useful as basic building blockin all-optical neural networks.

ATh4C.4 • 17:15
Bandwidth-Efficient LDPC Coded CO-OFDM for
1-Tb/s Superchannel 8000-km SSMF Transmission,
zhixue he1; 1State Key Laboratory of Optical Communication
Technologies and Networks, Wuhan Research Institute of
Post & Telecommunication, China. We evaluate the 1-Tb/s
CO-OFDM transmission performance using LDPC-coded
8-QAM and 8-PSK. Equipped with improvement in OSNR
sensitivity, we successfully demonstrate 1 Tb/s CO-OFDM
over 8000-km SSMF transmission at spectral efficiency of
3.3 bit/s/Hz

ATh4A.5 • 17:30
Electrically Tunable Delay for Trains of Optical Pulses,
Santiago Tainta1, María J. Erro1, María J. Garde1, MiguelMuriel2; 1Universidad Publica de Navarra, Spain; 2Universidad Politécnica de Madrid, Spain. A technique to implement
an electrically tunable delay line with high bandwidth fortrains of ultrashort optical pulses is presented. The system
is based on the temporal self-imaging effect in fiber gratingsand electrooptic modulation.

ATh4B.6 • 17:30
Design and Fabrication of a High Performance Beam
Splitter Based on the Silicon Nanowire Waveguide, Zhen
Sheng1, Zhiqi Wang1, Chao Qiu1,2, Le Li2, Albert Pang2, Aimin Wu1, Xi Wang1, Shichang Zou1,2, Fuwan Gan1; 1Shanghai Institute of Microsystem and Information Technology,
Chinese Academy of Sciences, China; 2Grace Semiconductor
Manufacturing Corporation, China. We present the design,
fabrication and measurement of a compact and low loss
MMI-based optical beam splitter. The measured excess loss
is less than 0.1dB at the wavelength of 1550nm.

InvitedATh4C.5 • 17:30
High stability time-frequency transmission overoptical fiber, Jianping Chen1, Weiwen Zou 1, Guiling
Wu1; 1Shanghai Jiao Tong Univeristy, China. The key issues
and techniques of high stability time-frequency transmission over optical fiber, such as phase noise compensation,high precision measurement of phase noise, are discussed.
Recent progress at Shanghai Jiao Tong Univ. is presented.

ATh4A.6 • 17:45
High-Degree Pulse Compression with a Convex Dispersion Profile, Qian Li1,2, Jose Nathan Kutz3, Ping Kong
Wai2; 1Peking Univ. Shenzhen Graduate School, China; 2The
Hong Kong Polytechnic Univ., Hong Kong; 3Univ. of Washington, USA. We consider the non-adiabatic pulse compressionof a cascaded third order soliton propagating in three consecutive optical fiber segments, each of which has a convex
dispersion profile with two zero-dispersion wavelengths.

ATh4B.7 • 17:45
Polarization Insensitive One-to-Six WDM Multicastingin a Silicon Nanowire, Minhao Pu1, Hao Hu1, Christophe
Peucheret1, Hua Ji1, Michael Galili1, Leif K. Oxenløwe1,
Palle Jeppesen1, Jørn M. Hvam1, Kresten Yvind1; 1Danmarks
Tekniske Universitet, Denmark. We present polarization
insensitive one-to-six WDM multicasting based on nondegenerate four-wave mixing in a silicon nanowire with
angled-pump scheme. Bit-error rate measurements are
performed and error-free operation is achieved.

ATh4D.4 • 17:30
Traffic Loss-Based Lightpath Reconfiguration in the
Smart Grid Communication Network, Hongchuan Wang1,
Wei Guo1, Weisheng Hu1; 1State Key Lab of Advanced Optical Communication Systems and Networks, Shanghai Jiao
Tong Univ., China. In order to reduce traffic loss during
the lightpath reconfiguration process in the Smart Gridcommunication network, an Accumulative Traffic Loss
(ATL) algorithm is proposed and simulation results show
it can largely diminish traffic loss
InvitedATh4D.5 • 17:45
High-Performance Optoelectronic Packet Switching Network for Data Center, Ken-ichi Kitayama1; 1Osaka Univ.,
Japan. A five-year-long R&D program (2011~) funded by
NICT, Japan will be outlined, which aims at developing
optical packet switching (OPS) network for green data
center (DC) accommodating huge number of servers. The
consortium includes four institutes; NTT Laboratories,
NEC Corp., Osaka University, and Kyushu University. In
the intra-DC network, hybrid optoelectronic packet routers(HOERs) are interconnected with 100Gbps (25Gbps x 4
wavelengths) links. A novel “Express path” is proposed toenables the flow control.

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InvitedATh4E.3 • 17:00
Optimisation of Fabrication and Specification of Quantum Cascade Lasers for Spectroscopic Applications, Antoine Muller1; 1Alpes Lasers, Switzerland. Broad gain designconcepts can be applied either to devices used as gain media
in external cavity arrangements or to DFB single-mode
devices. The trade-offs and opportunities of applying theseconcepts to optical spectroscopy are discussed.

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DahliaATh4F.3 • 17:00 Invited
Development of High Power LEDs, Schang J. Hon1; 1Epistar, Taiwan. We will discuss high power LEDs.

ATh4G.3 • 17:00
Tunable Ferrite based Triple-Band μ-Negative Metamaterial, Haibin Sun1, Guangjun Wen1, Yongjun Huang1,
Jingping Zhong1, Weiren Zhu2; 1School of Communication
and Information Engineering, Univ of Electronic Science &Tech China, China;2Department of Electrical and Computer
Systems Engineering, Monash Univ., Australia. We present
a tunable triple-band μ-negative metamaterial composedof loop resonator and ferrite. The tunable triple-band-stop
transmission spectrum is investigated numerically and theeffective parameters are retrieved to illustrate the tunableμ-negative characteristic.
ATh4G.4 • 17:15
Efficient Development of Photorefractive Index Gratingby Pico-second Pulse in the Presence of Magnetic Field,
Sunayana Mahajan1; 1Northern India Engineering College,
India. Enhanced and fast photorefractive index grating isdeveloped in compound semiconductor, when the twopico-second light pulses couple inside compound semiconductor crystal at 77 K under Voigt configuration, near
the resonance condition in the presence of magnetic field.

NOTES________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

InvitedATh4E.4 • 17:30
4-11 μm Distributed Feedback Quantum Cascade Lasers for Environmental Monitoring, Industrial Process
Control and Health Diagnostic Applications, ChungEn Zah1, Feng Xie1, Catherine Caneau1, Lawrence C.
Hughes1, Herve P. LeBlanc1, Sean Coleman1, Ming-Tsung
Ho1; 1Corning Incorporated, USA. We present and review thestate-of-the-art results from distributed feedback quantum
cascade laser in the wavelength range from 4 to 11 μm forenvironmental monitoring, industrial process control andhealth diagnostic applications.

InvitedATh4F.4 • 17:30
Efficiency Droop in III-Nitride LEDs, Min-Ho Kim1,
Dong-Joon Kim1, Young-Sun Kim1, Sung-Tae Kim1, Jaehee
Cho2, and E. Fred Schubert2; 1Samsung Electronics, South
Korea; 2Rensselaer Polytechnic Institute, USA. The efficiency
droop is the single most important challenge remaining in
GaInN blue light-emitting diodes (LEDs) for solid-state
lighting application. This presentation will review recent
results on efficiency droop and thermal droop characteristics of III-nitride LEDs.

InvitedATh4G.5 • 17:30
Transmissions in zero-index materials, Yun Lai; Wavefunctional Materials Lab, School of Physical Science andTechnology, Soochow University, Suzhou, China. Zero-index
materials denote the artificial electromagnetic materials
with effective zero permittivity or permeability components. Recent studies on such materials show that they
have anomalous transmission properties and may leadto novel applications such as tunneling wave guides andbends, flux controller, etc. The physical mechanism liesin the “smart” power flow redistribution in the verticaldirection by the evanescent or surface waves. Such materials can be fabricated by using metamaterials structures orphotonic crystals.

________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

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07:45–18:00 Registration Open
08:30–10:05 AF1A • Plenary Session, Convention Hall
10:05–10:30 Tea Break
10:30–12:00 AF2A • Plenary Session, Convention Hall
12:00–13:30 Lunch Break

13:30–15:30
AF3A • SC 1 - Novel Fibers II
Presider: Aoxiang Lin; Xi’an Inst of Optics
and Precision Mech, China

13:30–15:30
AF3B • SC 2 - Silicon Photonics
SourcesPresider: Valery Tolstikhin; OneChip
Photonics Inc., Canada

13:30–15:30
AF3C • SC 3 - PON
Presider: Josep Prat; Universitat Politecnica
de Catalunya, Spain

13:30–15:30
AF3D • SC 5 - Remote Sensing
Presider: Gabriel Somesfalean; Lund Univ.,
SwedenAF3A.1 • 13:30 Invited
Chalcogenide microstructured fibers for sensors andnonlinear applications, Johann Troles1, Laurent Brilland2,
Perrine Toupin1; 1Univ. of Rennes, France; 2PERFOS - Photonics Bretagne, France. The recent optical improvementsin the realization of chalcogenide microstructured fibers
permit investigations in numerous fields of applicationsuch as, telecommunication functions, infrared wavelength
conversions, infrared interferometry and sensors.

Invited
AF3B.1 • 13:30
Monolithic integration of an electrically pumped Ge
laser on Silicon, Jurgen Michel1; 1Massachusetts Instituteof Technology, USA. On-chip integrated photonic networks
lack the presents of an integrated light source that can drive
on- and off-chip communication. We have developed a Ge
laser that can be monolithically integrated into a CMOS
process flow.

AF3C.1 • 13:30 Invited
Uncooled dense WDM, Ian H. White1, J. D. Ingham1, S.
H. Lee1, Richard V. Penty1; 1Univ. of Cambridge, UK. An
uncooled dense WDM system is described using standard
WDM components and receiver signal processing, with adifferent number of receivers to transmitters, to allow wide
temperature drift of the transmitter lasers.

Invited
AF3D.1 • 13:30
Remote Sensing of Atmospheric Compounds Using
Backscattered Light from Nanosecond and Femtosecond
Laser Light, Gregory David1, Benjamin Thomas1, Alain
Miffre1, Patrick Rairoux1; 1Universite Lyon 1 CNRS, France.
Polarization and spectrally resolved light scattering of laser
light into the atmosphere allows remote evaluation of atmospheric particulate matter and trace gases by applying
the lidar technique.

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Lobby of Convention HallNOTES______________________________

07:45–18:00 Registration Open______________________________

08:30–10:05 AF1A • Plenary Session, Convention Hall______________________________

10:05–10:30 Tea Break10:30–12:00 AF2A • Plenary Session, Convention Hall______________________________

12:00–13:30 Lunch Break________________________________________________________________________________________________________________________

13:30–15:30
AF3E • SC 4 - Elastic Optical
Networks I
Presider: Hiroshi Hasegawa; Nagoya
University, Japan

13:30–15:30
AF3F • SC 6 - Solar Cells andThermoelectric Technologies
Presider: Nelson Tansu; Lehigh Univ., USA

13:30–15:30
AF3G • SC 3 - Performance
Monitoring
Presider: TBA

AF3E.1 • 13:30 Invited
Adaptive DWDM - a New Dawn for Optical Networking?, Ori Gerstel1; 1Cisco, Israel. Elastic DWDM holds asignificant potential to increase network efficiency. But
for it to be exploited to its fullest, the physical interface andthe control and management planes for optical and client
layers must change.

AF3F.1 • 13:30
Coupling between radiation and internal modes: lighttrapping in thin film solar cells with periodic texture,
Franz-Josef Haug1, Ali Naqavi1, Christophe Ballif1; 1Ecole
Polytechnique Federale de Lausanne, Switzerland. We present amorphous silicon solar cells on random and periodic
back reflector geometries.

AF3G.1 • 13:30 Invited
Polarization dependent loss and polarization mode dispersion in coherent polarization multiplexed transmission, Mark Shtaif1, Anton Andrusier1; 1School of ElectricalEngineering, Tel Aviv Univ., Israel. We discuss the modelingof the performance of modern polarization-multiplexedcommunications systems in the presence of polarization
dependent loss (PDL) and polarization-mode dispersion(PMD). Ways of assessing system tolerance to PDL andmethods for increasing this tolerance are discussed.

AF3F.2 • 13:45
Aluminum Nanoparticles for Efficient Light-trappingin Plasmonic Gallium Arsenide Solar Cells, Xiaofeng
LI1; 1Soochow Univ., China. Plasmonic GaAs solar cellswith different metallic nanoparticles are investigated by athree-dimensional device simulation. Optimal nanoparticle
index is obtained through Mie calculation and it showsthat aluminum best suits the requirement for efficient
light-trapping.

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Invited
AF3A.2 • 14:00
Hybrid fibers: multimaterial nanophotonic devices infiber form, Markus Schmidt1, Ho Wai Lee1, Patrick Uebel1,
Nicolai Granzow1, Philip Russell1; 1Max Planck Institute for
the Science of Light, Germany. I will review our recent results
related to nanophotonic hybrid fibers. I will discuss plasmonic hybridization inside fibers and the optical propertiesof highly nonlinear chalcogenide-silica waveguides andtheir application in infrared supercontinuum generation.

Invited
AF3B.2 • 14:00
Multi-Channel and High-Density Hybrid Integrated
Light Source on Silicon Optical Waveguide Platform,
Takanori Shimizu1,2, Makoto Okano1,3, Nobuaki Hatori1,2,
Masashige Ishizaka1,2, Yutaka Urino1,2, Tsuyoshi Yamamoto1,2, Masahiko Mori1,3, Takahiro Nakamura1,2, Yasuhiko
Arakawa1,4; 1PECST, Japan; 2PETRA, Japan; 3AIST, Japan; 4The Univ. of Tokyo, Japan. A novel high-density hybrid
integrated light source on a silicon waveguide platform
was developed for interchip optical interconnection. The
number of output ports was increased to over a hundred byusing waveguide splitters and multichip bonding.

AF3C.2 • 14:00
FPGA Implementaion of FEC for 10G-EPON, Xicong Li1,
Yingying Cao1, Xue Chen1, Weidong Gao2; 1Information
Photonics and Optical Communications, Beijing Univ. ofPosts and Telecommunications, China; 2GW Delight Technology Co. Ltd, China. New parallel RS(255,223) encoder anddecoder architectures for 10G EPON FEC are presented andrealized in FPGA. The proposed architectures can operate
at 156.25MHz to achieve the throughput of 10.3125Gbps
with small hardware-complexity and low latency.

Invited
AF3D.2 • 14:00
Laser Remote Sensing - From Environmental to Medical
Applications, Sune R. Svanberg1,2; 1Physics Department,
Lunds Universitet, Sweden; 2Center for Optical and Electromagnetic Research, South China Normal Univ., China.
Similar concepts of laser remote sensing can be applied onlarge and small spatial scales. Applications of spectroscopy
in the time- and frequency domains are discussed in wide
application areas ranging from environmental monitoring
to medical diagnostics.

AF3A.3 • 14:30
Splicing Optical Microfibers via Polymer Nanowires,
Zhifang Hu1, Limin Tong1; 1Zhejiang Univ., China. We
demonstrate a general approach to splice microfibers via
polymer nanowire. Mach-Zehnder interferometer assembled using this technique functions in air and water. The
approach promises potential applications in micro-optics
integration and sensing.

AF3B.3 • 14:30
Luminescent mechanisms of Si-rich SiOx analyzed byfull-band time-resolved photoluminescence, Chung-Lun
Wu1, Gong-Ru Lin1; 1National Taiwan Univ., Taiwan. Basedon the finite potential well approximation and effective
masses modification, the bandgap energy of Si-QD isderived as Eg(d)=1.12+5.83/d1.78 (eV). The luminescentmechanisms of SiOx have been differentiated by PL and
TRPL measurements.

Invited
AF3C.4 • 14:30
Recent Progress in Coherent WDM PON Technology,
Yun C. Chung1; 1KAIST, Republic of Korea. We review the
recent advancement of the WDM PON technology achievedat KAIST. In particular, we report the progresses in thelong-reach high-speed WDM PON based on the RSOA
and digital coherent detection technique.

AF3A.4 • 14:45
Simple Technique for Measuring Cut-Off Wavelengthof Multi-Core Fiber (MCF) and Its Definition, Masaharu Ohashi1, Katsuhiro Takenaga2, Shoichiro Matsuo2,
Yuji Miyoshi1; 1Osaka Prefecture Univ., Japan; 2FujikuraLtd., Japan. We propose a cut-off wavelength definitionof a multi-core fiber (MCF) and its simple measurement
technique. The cutoff wavelength of MCF is successfully
estimated by our proposed technique.

AF3B.4 • 14:45
Room temperature photoluminescence from tensilestrained germanium-on-insulator fabricated by a Ge
condensation technique, Shihao Huang1, Weifang Lu1,Cheng Li1, Wei Huang1, Hongkai Lai1, Songyan Chen1; 1Department of Physics, Semiconductor Photonics ResearchCenter, Xiamen Univ., China. We report a biaxial tensile
strain as large as 0.60 % in an ultra-thin germanium-oninsulator fabricated by a Ge condensation technique. Roomtemperature direct band photoluminescence from thematerial is significantly enhanced.

AF3C.3 • 14:15
An Improved FEC Scheme for 10G EPON Based on
Channel Adaptation, Yingying Cao1, Xue Chen1, Xicong
Li1; 1State Key Laboratory of Information Photonics andOptical Communication, Beijing Univ. of Posts and Telecommunications, Beijing, China. To improve system capacity for
10G EPON, a channel-adaptive FEC scheme is proposed,
which efficiently improves capacity performance by adopting the optimal code of each ONU and can be implemented
with very low increment of complexity.
Invited
AF3D.3 • 14:30
Environmental monitoring with portable, tunable diodelaser based gas analyzers, Hamish Adam1; 1Boreal Laser,
Canada. Applications described in this paper include:
agricultural emissions of CH4 and NH3; CH4 and CO2
landfill emissions; CO2 leak detection in Carbon Captureand Storage; CH4 and H2S leak detection from natural gas
production and transportation.

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AF3E.2 • 14:00
Split-spectrum channel scheme for future dynamic flexible grid optical networks, Zitian Zhang1, Weiqiang Sun1,
Weisheng Hu1; 1State Key Laboratory of Advanced OpticalCommunication Systems and Networks, Shanghai Jiaotong
Univ., China. To reduce connection blocking caused byspectrum fragmentation in future elastic optical networks,
we propose the split-spectrum channel scheme and a spectrum allocation algorithm. Simulations are done to show
its remarkable performance.

Invited
AF3F.3 • 14:00
High Performance Multi-Junction Solar Cells, Hui
Yang1; 1Institute of Physics, Chinese Academy of Sciences,
China. We will present upon high performance multijunction solar cells.

AF3G.2 • 14:00 Invited
Quality Metrics in Optical Modulation Analysis:
EVM and its relation to Q-factor, OSNR, and BER,
Bernd Nebendahl1, Rene Schmogrow2, Tasshi Dennis5,
Arne Josten2, David Hillerkuss2, Swen Koenig2, Joachim
Meyer4, Michael Dreschmann4, Markus Winter2,6, Michael
Huebener4,7, Wolfgang Freude2,3, Christian Koos2,3, Juerg
Leuthold2,3; 1Agilent Technologies, Germany; 2Institute of
Photonics and Quantum Electronics, Karlsruhe Institute ofTechnology, Germany; 3Institute of Microstructure Technology, Karlsruhe Institute of Technology, Germany; 4Institue ofInformation Processing, Karlsruhe Institute of Technology,
Germany; 5National Institute of Standards and Technology,
USA; 6Polytec, Germany; 7Embedded Systems in Information
Technology, Ruhr-Univ., Germany. The quality of opticalsignals is a very important parameter in optical communications. Several metrics are in common use, like opticalsignal-to-noise power ratio (OSNR), Q-factor, error vector
magnitude (EVM) and bit error ratio (BER).

AF3E.3 • 14:15
Multicast Routing and Spectrum Assignment in Elastic
Optical Networks, Ziyan Yu1, Yongli Zhao1, Jie Zhang1,
Xiaosong Yu1, Bowen Chen1, Xuefeng Lin2; 1Beijing Univof Posts & Telecom, China; 2ZTE Corporation, China.
Modulation-Enabled node model is introduced in Elastic
Optical Networks (EON), which describes the capabilityof changing Modulation Level (ML) dynamically. A novel
multicast RSA algorithm is proposed and validated. Simulation results show its good performance.
AF3E.4 • 14:30
Service-oriented Spectrum Assignment Algorithms in
Flexible Bandwidth Optical Networks, Kangjing Song1,
Jie Zhang1, Yongli Zhao1, Xiaosong Yu1, Yiming Yu1, Bowen
Chen1, Hui Yang1; 1BUPT, China. We introduce a serviceoriented spectrum assignment framework and propose twoalgorithms to solve the Routing and Spectrum Assignment(RSA) in flexible bandwidth optical networks. Numericalsimulations demonstrate lower blocking probability thanconventional RSA algorithms.
AF3E.5 • 14:45
Fragments-Minimum Spectrum Allocation Algorithm
in Flexible Bandwidth Multi-Fiber Optical Networks,
Xiaosong Yu1, Yongli Zhao1, Jie Zhang1, Yue Yu1, Jiawei
Zhang1, Xuefeng Lin2, Xuping Cao2; 1Beijing Univ. of Posts
and Telecommunications, China; 2ZTE Corporation, China.
This paper introduces the concept of Spectrum Compactness to describe fragments in flexible bandwidth multi-fiber
optical networks. To minimum fragments, three algorithms
named AFFF, MSFF and BSF are proposed. Simulations
show BSF performs the best.

NOTES__________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

Invited
AF3F.4 • 14:30
III-Nitride Based Thermoelectric - Current Status andFuture Potential, Jing Zhang1, Hua Tong1, Guangyu Liu1,
Nelson Tansu1; 1Lehigh Univ., USA. The current status andfuture potential of III-Nitride semiconductors are reviewed
for thermoelectric applications. Promising thermoelectric
properties have been shown by the III-Nitride semiconductors both in theoretical and experimental aspects, which areof great importance for high power optoelectronic devices.

AF3G.3 • 14:30 Invited
Optical Performance Monitoring: from direct detection to coherent optical communication systems, Chao
Lu1, Alan Pak Tao Lau2, Qi Sui2, Fasial Khan3, Zhenhua
Dong2; 11The Photonics Research Center, Dept. of Electronic
and Information Engineering, Hong Kong Polytechnic Univ.,
Hong Kong; 22The Photonics Research Center, Dept. ofElectrical Engineering, Hong Kong Polytechnic Univ., HongKong; 3School of Electrical and Electronic Engineering, Universiti Sains Malaysia, Malaysia. We review techniques used
for monitoring various signal parameters of direct detection
optical communication systems and networks. Emerging
optical performance monitoring (OPM) trends and challenges for coherent communication systems are discussed.

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AF3A.5 • 15:00
Design of Two-Core Photonic Crystal Fiber to Eliminate
Intermodal Dispersion, Min Liu1, Kin S. Chiang2; 1Chongqing Univ., China; 2City Univ. of Hong Kong, China. A
two-core photonic crystal fiber is proposed to eliminate
intermodal dispersion. The fiber can be fabricated readily
with the existing technology and is suitable for applications
that involve ultrashort pulses.

Invited
AF3B.5 • 15:00
Hybrid silicon lasers: progress and perspectives, Marco
Fiorentino1, Di Liang1, Geza Kurczveil1, Raymond G.
Beausoleil1; 1Hewlett Packard Labs, USA. We present ourlatest updates on hybrid microring lasers including an unidirectional ring lasers and lasers that use a thermal shunt
to improve thermal performance.

AF3C.5 • 15:00
10-Gbps RSOA-Based Upstream Transmission in WDMPON with MZI-based Equalizers, TING SU1; 1State Key
Laboratory of IPOC, BUPT, China. Proposed and demonstrated in this paper is the 10-Gbps uplink transmission in
WDM-PON, in which band-limited RSOAs are applied tocolorless ONUs and Mach-Zehnder Interferometers (MZIs)
are used as two-tap optical equalizers before the receivers.

AF3D.4 • 15:00 Invited
Recent Progress in Photonic Sensing of Key Atmospheric
Reactive Species, Weidong Chen1; 1Universite du Littoral,
France. We overview our recent progress in monitoringof HONO, NO2, NO3 and OH by using modern photonic
sources (QCL, LED) in conjunction with high-sensitivity
spectroscopic techniques, such as cavity enhanced absorption and Faraday rotation spectroscopies.

AF3A.6 • 15:15
Suspended hollow core fiber for terahertz wave guiding,
Xiaogang Jiang1,2, Daru Chen1,2, Gufeng Hu1,2; 1Zhejiang
Normal Univ., China; 2Joint Research Laboratory of Optics ofZhejiang Normal Univ. and Zhejiang Univ., Zhejiang Normal
Univ., China. A suspended hollow core fiber is proposed asa novel Terahertz waveguide with low loss property, and isinvestigated compared with a suspended solid core fiber.

AF3C.6 • 15:15
10Gbit/s Full-duplex Bidirectional RSOA-based WDM
PON using Mach-Zehnder Interferometer and Forward
Error Correction, Han Weiping1; 1Beijing Univ. of Posts andTelecommunications, State Key Lab of IPOC(BUPT), China.
10Gbit/s full-duplex RSOA-based WDM PON using MZIand FEC is proposed. A 5dB power penalty reduction and~-12.7dBm@BER=2.5×10-3 received sensitivity are obtained over 20km. An effective 10Gbit/s parallel algorithm
is implemented to realize the FEC module.

15:30–16:00 Tea Break, 3rd Floor Hallway (Near Exhibition Area)
16:00–18:00 Postdeadline Papers

NOTES________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________
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AF3E.6 • 15:00
Defragmentation of Flexible Optical Networks Basedon Simulated Annealing, Yuchen Zeng 1, Nan Hua 1,
Xiaoping Zheng1, Hanyi Zhang1, Bingkun Zhou1, Yining
Cao2 1Department of Electronic Engineering, Tsinghua Univ.,
2
Institute of China Electronic Equipment System
Engineering Company, China. We analyze the defragmentation problem of flexible optical networks and propose adefragmentation method based on simulated annealing.
Compared with one-step defragmentation methods, thesimulated-annealing-based method offers lower blocking
probability and higher resource utilization efficiency.

Invited
AF3F.5 • 15:00
Nanoparticle plasmonics for optoelectronics and photovoltaics, Michael Giersig1, 1Dept. of Physics, Free Univ.
Berlin, Germany. The metallic nanoparticles can effectively
confine the radiation to nanoscale in the proximity of theplasmon resonance, while the position of this resonanceis controlled by the morphology of the nanostructures. I
will discuss physical and chemical preparation methodsof various nanostructures and their structural and opticalcharacterization.

AF3G.4 • 15:00
Accurate BER Estimation for Coherent Optical Transmission Systems, Andrea Peracchi1, Raffaele Corsini 1,
Ernesto Ciaramella1 1Scuola Superiore Sant’Anna, Italy.
We propose a bit error rate (BER) estimation techniquebased on the analysis of the statistical distribution of theconstellation points after equalization. The method is successfully tested in presence of linear transmission impairments by both numerical simulations and experimental
measurements.

NOTES____________________________________________________________________________________________________________________________________________________________________________________

AF3G.5 • 15:15
Non-line-of-sight Ultraviolet Channel Parameters Estimation in Turbulence Atmosphere, Houfei Xiao1, Yong
Zuo1, Cheng Fan1, Chaoye Wu1, Jian Wu1 1Beijing Univof Posts & Telecom, China. Based on various atmosphericconditions and transceiver system parameters, this article
discusses estimation of various attenuations of non-lineof-sight (NLOS) ultraviolet (UV) communications inturbulence atmosphere and offers simulation results oftheoretical calculations.

AF3E.7 • 15:15
Span Restoration for CO-OFDM-based Elastic Optical Networks under Spectrum Conversion, Yue Wei1,
Gangxiang Shen1, Shanhong You1 1School of Electronic andInformation Engineering, Soochow Univ., China. We consider the span restoration (SR) technique for CO-OFDMbased elastic optical networks under spectrum conversion.
We develop a mixed integer linear programming (MILP)
model to minimize required spare capacity and maximize
restored traffic flows.

15:30–16:00 Tea Break, 3rd Floor Hallway (Near Exhibition Area)________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

16:00–18:00 Postdeadline Papers

16:00–18:00 Postdeadline Papers____________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

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Hydrangea, Chrysanthemum, and Hibiscus
15:30–18:30
AF4A • Poster Session I
AF4A.1Hybrid-Integrated Coherent Receiver Using Chip-toChip Bonding Technology, Jong-Hoi Kim1, Joong-Seon
Choe1, Kwang-Seong Choi1, Chun Ju Youn1, Duk-Jun Kim1,
Yong-Hwan Kwon1, Eun-Soo Nam1; 1Photonics/WirelessConvergence Components Research, ETRI, Republic of Korea.
We present a hybrid-integrated coherent receiver moduleusing a chip-to-chip bonding technology to integrate a
spot-size converter integrated photodiode array chip andan optical hybrid chip using a silica-based PLC technology.
AF4A.2All-Optical Triode Based on Cross Gain Modulation
using InAs Quantum Dot Semiconductor Optical
Amplifiers, Yoshinobu Maeda1; 1Kinki Univ., Japan. It
was designed active layer of 15 stacks of InAs quantum
dots, AlGaAs/GaAs double heterostructure and fabricatedsemiconductor optical amplifiers for all-optical triode thatcan be used with a 1.3 μm band.
AF4A.3
Few-quantum-dot lasing in photonic crystal nanocavities, Jin Liu1, Serkan Ates1, Michael Lorke1, Søren Stobbe2,
Lodahl Peter2; 1DTU Fotonik, Denmark; 2Niels Bohr Institute,Denmark. A very smooth lasing transition in photonic crystal nanocavities with embedded quantum dots is observedand compared to the theory. Decay rate measurements
reveal that only a few quantum dots are feeding the cavity.
AF4A.4On-chip CMOS-compatible optical signal processor,
Ruiqiang Ji1, Lei Zhang1, Yonghui Tian1, jianfeng ding1, LinYang1; 1Institute of Semiconductors, CAS, China. We proposeand demonstrate an optical signal processor performing
matrix-vector multiplication, which is composed of lasermodulator array, multiplexer, splitter, microring modulator
matrix and photodetector array.

AF4A.5Dual-electrode Tunable Asymmetric π Equivalent Phase
Shift SBG Semiconductor Laser, Yating Zhou1,2, Jie Hou3,
Xiangfei Chen2; 1Science school, Changzhou Institute of Technology, China; 2Microwave-Photonics Technology Laboratory,
Nanjing National Laboratory of Microstructures, Nanjing
Univ., China; 3Institute of Semiconductors, Chinese Academyof Sciences, China. A dual-electrode tunable asymmetric πequivalent phase shift SBG semiconductor laser is experimentally investigated. The experimental results show that
adjusting the two injected currents its lasing wavelength
can be tuned up to 2.1 nm.
AF4A.6
Different Channel-Spacing DFB Laser Array Fabricatedby SAG after Optimization, Can Zhang1, Li Ma1, Song
Liang1, Baojun Wang1, Hongliang Zhu1, Wei Wang1; 1Key
Laboratory of Semiconductors Materials, Institute of Semiconductors, CAS, China. Selective area growth has been
performed to fabricate monolithically integrated DFB laser
array with different channel spacings by adjusting the mask
width and the thickness of waveguide layer. The DFB laser
array with an average channel spacing 0.69nm and 1.50nm
is demonstrated respectively.
AF4A.7
Critical Dimensions for Axial Double Heterostructure
Nanowires Using Finite-Element Method, Hui Geng1,
Xin Yan1, Xia Zhang1, Junshuai Li1, Yongqing Huang1,
Xiaomin Ren1; 1State Key Laboratory of Information Photonics and Optical Communications, Beijing Univ. of Posts
and Telecommunications, China. Critical dimensions foran axial double heterostructure nanowire are studied byusing finite-element method based on the energy equilibrium criteria. The results are in good agreement with theexperimental data.
AF4A.8Micro-patterning replication of planar optical elements
on silicone LED encapsulant film using imprinting
technique, Lei Wan1; 1South China Normal Univ., China.
The aim of this study is to make micro-patterning replication of planar optical elements by imprinting techniquebased on excellent physical properties of silicone LED
encapsulants such as good thermal stability and high optical transmittance.

AF4A.9Polarization manipulation holographic lithography bysingle refracting prism, Man Wu1; 1South China Normal
Univ., China. We propose a simple but effective strategy
for polarization manipulation holographic lithography
by single refractive prism. By tuning the polarization of
single laser beam, we simply obtain a pill shape interference pattern.
AF4A.11
Passivated Lead selenide Quantum Dots for Infrared
Rradiation Detection, Ali Rostami1,2, Mahboubeh Dolatyari1, Mohammad Mahmudi1, Hamed Baghban1, Hasan
Rasooli1; 1School of Engineering-Emerging Technologies,
Univ. of Tabriz, Islamic Republic of Iran;2Photonics andNanocrystal Research Lab. (PNRL), Faculty of Electricaland Computer Engineering, Univ. of Tabriz, Islamic Republicof Iran. Photosensors based on passivated PbSe quantum
dots has been fabricated successfully. The quantum dots
were synthesized using Thermal decomposition method.
The photo-responsivity of the fabricated detectors strongly
depends on the size of synthesized PbSe nanocrystals.
AF4A.12Bandgap Engineering of InGaAsP/InP Laser Structure by
Argon Plasma Induced Point Defects, Mohammad Kaleem1, Xin Zhang1, Jian-Jun He1; 1Optical Engineering, Zhejiang Univ., China. Blue shift of the bandgap in InGaAsP/
InP quantum well structure is demonstrated experimentally.
The technique depends upon generation of point defects
via plasma induced damage during deposition of sputtered
SiO2 followed by rapid thermal annealing.
AF4A.13
A compact triplexer using grating-assisted multimode interference coupler based on silicon nanowire waveguide,
Wei Ling1, Chao Qiu1, Hao Li1, Zhen Sheng1, Aimin Wu1, Xi
Wang1, Shichang Zou1, Fuwan Gan1; 1State Key Laboratoryof Functional Materials for Informatics, Shanghai Institute ofMicrosystem and Information Technology, Chinese Academyof Sciences, China. A compact triplexer using grating-assisted multimode interference (MMI) coupler is demonstrated
based on silicon nanowire waveguide. Asymmetric tapered
ports are designed to meet the different bandwidth requirements for different channels.

AF4A.14
Design of a Hybrid Slot Plasmonic Waveguide with
Nanoscale Light Confinement and Its Application for
Ultrafast All-Optical Switching, Zhonglai Zhang1, Jian
Wang1, Chao Xiang1, Chengcheng Gui1; 1Wuhan National
Laboratory for Optoelectronics, Huazhong Univ. of Scienceand Technology, China. We design a novel hybrid slot
plasmonic waveguide with a long propagation length of1046µm and small effective mode area of 6.5×10-2µm2. We
simulate and achieve ultra-fast all-optical switching using
non-degenerate FWM in the waveguide.
AF4A.15
Full-Vectorial Analysis of Bending Silicon Wires byUsing an Improved Finite-Difference Method, Jinbiao
Xiao1; 1School of Electronic Science and Engineering, Southeast Univ. (China), China. An improved finite-difference
scheme in a local cylindrical coordinate system is proposed
for full-vectorial analysis of bending silicon wires. Both thecomplex effective indexes and field distributions of the leaky
modes are presented.
AF4A.16
A flattening gain Raman Amplifier involved only 2 cascaded FBG based multi-wavelength pumps, Zou Xiaohui1,
Bu Qinlian1, Fu Chengpeng1, Shi Wei1, Yu Qi1, Long Hao1,
Huang Xuanze1, Hu Qianggao1, Liu Shuihua1; 1Accelink
Technologies Co.,Ltd, China. A flattening gain of <0.4dB
Raman amplifier for full C-band which used only 2 pumps
with each contains 2 individual pump wavelengths is proposed and demonstrated for the first time.
AF4A.17
Study of an SPP mode with gain medium based on a hybrid plasmonic structure, Ning Zhu1,2, Ting Mei1,2; 1Laboratory of Nanophotonic Functional Materials and Devices,
South China Normal Univ., China; 2Optoelectronic Material
and Technology, South China Normal Univ., China. We
propose and study a hybrid plasmonic waveguide structurewith gain medium. The structure is based on silicon withgain medium to be III-V compound semiconductor, which
can be realized by bonding technology.

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Hydrangea, Chrysanthemum, and Hibiscus
AF4A.18
Growth of Axial GaAs Nanowire PN and PIN Junctions,
Junshuai Li1, Xin Yan1, Xia Zhang1, Xiaolong Lv1, Jiangong
Cui1, Xiaomin Ren1; 1BUPT, China. Axial GaAs nanowire
pn and pin junctions were grown on GaAs(111)B substrateby MOCVD. SEM and HRTEM were applied to inspect
nanowire diameter, height and crystallography property.
Impurities incorporation was confirmed by EDS scanning.
AF4A.19
Directly modulated AlGaInAs-InP Microcylinder Lasers,
Xiao-Meng Lv1, Heng LOng1, Ling-xiu Zou1, Qi-Feng Yao1,
Yong-Zhen Huang1, JinLong Xiao1, Yun Du1; 1Institute ofMicroelectronics of CAS, China. We fabricate AlGaInAs-InP
microcylinder lasers with an output waveguide surroundedby BCB. Single mode operation at continuous wave injection current is demonstrated. A small signal 3dB bandwidthof 4 GHz is achieved at 50 mA.
AF4A.20
Low Cost Wide Waveguide Gap Polarization Mode
Converter, Lingjie Wang1,2, Yanli Zhao1, Tianhong Zhou2,
Zheng Chen2, Yuanzhong Xu1, Weidong Ma2; 1School of
Optoelectronics Science and Engineering, Huazhong Univ.
of Science and Technology, China; 2R&D Department Three,
Accelink Technologies Co., Ltd., China. A new type of low
cost polarization mode converter on basis of the segmented
waveguide taper (SWT) has been proposed, which can reduce the excess loss drastically from 5dB to less than 1.5dB.
AF4A.21
A Proposal for Broadband Polarization-Insensitive
Wavelength Conversion Using a SOI Waveguide, Shiming
Gao1, Yanqiao Xie1, Ping Zhou1, Xibin Li1, Lizhong Cao1,
Sailing He1; 1Zhejiang Univ., China. A broadband polarization-insensitive wavelength conversion is presented basedon four-wave mixing in a silicon-on-insulator waveguide by
optimizing the pump polarization angle and the waveguide
geometries. A 1-dB polarization-insensitive bandwidth of
400 nm is achieved.
AF4A.22
8×8 Passive Noblocking Microring Resonator Crossbar
for On-chip Interconnection Network, zhihua yu1, Yabin
Hu1, Guangjun Wang1, Guang Qi1, Juan Zhao1, Fengguang
Luo2; 1China Univ. of Geosciences, China; 2Wuhan National
Laboratory for Optoelectronics, Huazhong Univ. of Scienceand Technolog, China. We use the transfer matrix method toinvestigate a 8×8 noblocking microring resonator crossbar
that can be used to route wavelength division multiplexing(WDM) signals across the chip.

AF4A.23
A wedge-to-wedge plasmonic waveguide for subwavelength confinement and long-range propagation, Mingzhao Song1, Ran Hao1, Jiaming Jin1, Er-Ping
Li 1; 1Department of Information Science & Electronic
Engineering, Zhejiang Univ., China. We propose a novelsurface plasmon-polariton waveguide constructed by awedge-to-wedge structure. The waveguide is based on themetal-insulator-metal mechanism, which enables nanometer light confinement and keeps longer propagation length
at the telecom wavelengths.
AF4A.24
Analysis and Experimented on Frequency Response
Characteristics of RSOA based on Small Signal Analysis
Method, Yueying Zhan1, Min Zhang1, Junyun Zhan2, Lei
Liu1, Mintao Liu1, Xue Chen1; 1State Key Lab. of Information
Photonics and Optical Communications (Beijing Univ. ofPosts & Telecom.), China;2Jinan Branch Shandong Ltd, China
Mobile Group, China. Frequency response characteristics
of reflective semiconductor optical amplifier (RSOA) are
analyzed by utilizing small signal analysis method. Performance of frequency response characteristic of the RSOA
is analyzed and experimented.
AF4A.25
Ultra-broadband metamaterial absorber in terahertz
regime, Zhaofeng Ma1, Fei Ding1; 1Centre for Optical andElectromagnetic Research, State Key Laboratory of Modern Optical Instrumentations, Zhejiang Univ., China. A
broadband thin-film metematerial absorber composed ofa periodic array of metal-dielectric multilayered pyramids
is presented. Simulated results show that the absorbanceis higher than 90% in the frequency range from 1.08 to
2.15 THz.
AF4A.26
24-Gbps DD-OFDM Transmission over 40-km SSMF
based on 1310-nm EML, Wei Lin1, Zhaohui Li1, Yuan
Bao1, Jianping Li1, Xinhuan Feng1, Bai-ou Guan1; 1Instituteof Photonics Technology, Jinan Univ., China. Using selective
subcarrier-filling and pre-emphasis techniques, we experimentally demonstrated 24-Gbps optical DD-OFDM signaltransmitted over 40-km SSMF without using dispersion
compensation and optical amplifiers based on a 1310nm
EML. BER is lower than 2e-3.

AF4A.27
A new method for layout optimization of 1×N opticalpower splitters, Miao Zhang1, Linjie Zhou1, Xinwan Li1,
Jianping Chen1; 1shanghai jiaotong Univ., China. A new
method for layout optimization of 1×N power splitters ispresented. A genetic algorithm is used to reduce the device
footprint. Simulation results show that insertion loss anduniformity are improved.
AF4A.28
A Novel Scheme for Mode Division Multiplexed Transmission by Simultaneous Transmission of Local Lights,
Tomoyasu Nishimori1, Zhang Yang1, Jyunya Matsushita1,
Katsushi Iwashita1; 1Kochi-Univ. of Technology, Japan. We
propose a novel Mode-Division Multiplexed transmission
scheme to realize coherent detection resulting in successful
MIMO processing by transmitting local lights with signals.
The feasibility of the proposed scheme are confirmed by
two channels experiment.
AF4A.29
A scalable metro-access integrated network systemwith reconfigurable WDM central ring and high-quality OFDMA access trees, Chen Chen1, Chongfu Zhang1,
Qiongli Zhang1, Qiu Kun1; 1Key lab of optical fiber sensing
and communication networks, Ministry of Education, Univ.
of Electronic Science and Technology of China, 611731,
Chengdu, China, China. We propose a scalable metroaccess integrated network system enabled by reconfigurable
wavelength-division multiplexing ring and high-quality
orthogonal frequency-division multiple access trees. Simulation results successfully verify its feasibility.
AF4A.30
Adaptive Control of OFDM Data Rate for LED Visible
Light Communications in Different Free Space Transmission Distances and Offsets, Y. F. Liu1, C. Yeh2, C W.
Chow1, Y. Liu3; 1National Chiao Tung Univ., Taiwan; 2Industrial Technology Research Institute, Taiwan; 3Hong Kong
Productivity Council (HKPC), Hong Kong. Using orthogonal-frequency-division-multiplexing (OFDM) for lightemitting-diode (LED) visible-light-communication (VLC)
is a promising approach. Here we demonstrate an LED
communication link with adaptive control of the OFDM
data rate for different communication environments.

AF4A.31
All-Optical QPSK Signal Regeneration Based on XPM
in Semiconductor Optical Amplifier, Yueying Zhan1, Min
Zhang1, Mintao Liu1, Lei Liu1, Xue Chen1; 1State Key Lab. of
Information Photonics and Optical Communications (Beijing
Univ. of Posts & Telecom.), China. A scheme of all-optical
QPSK signal regeneration is proposed which based on
XPM in SOA with subsequent an optical filter. A power
penalty 2.3dB is improved after QPSK regeneration withthe receiver sensitivity of -30.7dBm.
AF4A.32
Analysis and System Design of 100G and Beyond COOFDM Transmission Technologies, zheng yan1, Xue
Chen1, Xing B. Wang1, Ling Y. Chao1; 1BUPT, China. In
this paper, we first provide analysis of the optimal bit rate
for long-haul transmission, and obtain the optimal systemcomparing different CO-OFDM technology program,finally show numerical simulation to identify its validity.
AF4A.33
Asymmetrical Transmitter and Receiver in High-Speed,
Multi-band Optical OFDM Transmission Systems, Hongbo Zhang1; 1UESTC, China. Asymmetrical transmitterand receiver are proposed and employed in Multi-bandOOFDM system. Compared with the all optical OFDM
system, the proposed scheme using less single carrier
coherent receivers could obtain the same OSNR tolerance.
AF4A.34
Blind Phase Recovery for QAM Modulations Using
Constellation Link Statistics, Wu Liu1, Cai Li1; 1Wuhan
Research Institute of Post & Telecommunication, China. A
novel blind phase estimation method for general QAM
constellations is proposed. The method using constellation link statistics and provides significantly improved
performance than the maximum-likelihood (ML) method
at medium and high SNRs.

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Hydrangea, Chrysanthemum, and Hibiscus
AF4A.35
Dependence of Strength of Optical Injection Locking on
the Size of Micro-Ring Laser, muhammad irfan memon1,
Habib Fathallah1; 1king Saud Univ., Saudi Arabia. Strength of
optical injection locking has been investigated theoreticallyusing different sizes of micro ring laser. In the unidirectional regime, when smaller size micro ring laser is used
the locking range becomes wider.
AF4A.36
Dynamic Range Expansion using Phase Diversity Detection in Phase-Noise Cancelled OFDR, Katsushi Iwashita1,
Shuta Hiramatsu1, Keisuke Miyamoto1; 1Electronic and
Photonic Systems Engineering, Kochi Univ. of Technology,
Japan. Dynamic range expansion using phase diversity
detection is proposed to improve our proposed phasenoise cancelled OFDR method. Extended dynamic range
and complete phase-noise cancellation is demonstrated by
the 25km fiber measurement with high spatial resolution.
AF4A.37
Generation of Chaos Utilizing an Optically Injected
Semiconductor Ring Laser, Xin Zhang1, Guohui Yuan1,Zhuoran Wang1; 1School of Optoelectronic Information,
Univ. of Electronic Science and Technology of China, China.
Chaos generation scheme is demonstrated based on an optically injected semiconductor ring laser. Largest lyapunov
exponent spectra are used to investigate chaotic evolutions
with several adjustable parameters.
AF4A.38
Guiding electromagnetic energy with subwavelength
dielectric particle chain, Hao Li1,2, Aimin Wu1, Chao Qiu1,2,
Junjie Du1, Jing Wang1,2, Zhiqi Wang1,2, Zhen Sheng1, Xi
Wang1, Shichang Zou1, Fuwan Gan1; 1State Key Laboratoryof Functional Materials for Informatics, Shanghai Institute ofMicrosystem and Information Technology, Chinese Academyof Sciences, China; 2Graduate Univ. of Chinese Academy of
Sciences, China. We designed and experimentally demonstrated the electromagnetic energy transfer along a single
layer of dielectric nanoparitlces at optical communication
frequency. The ultracompact characteristic make it possible
to be used in the integrated photonic circuits.

AF4A.39High Speed Data Security Enabled by Stimulated Brillouin Scattering in Optical Fiber, Tao Zhang1, Lilin
Yi1, Weisheng Hu1; 1State Key Lab of Advanced OpticalCommunication Systems and Networks, Department ofElectronic Engineering,Shanghai Jiao Tong Univ., China.
We propose to use SBS effect to enable high speed data
security. A 10.86-Gb/s NRZ -OOK data is encrypted by a
SBS loss and decrypted by a corresponding SBS gain with
1-dB power penalty.
AF4A.40
Linear Analog Photonic Link Based on Cascaded Polarization Modulators, Haiting Zhang1,2, Shilong Pan2,
Menghao Huang 2, Xiangfei Chen 1; 1Nanjing National
Laboratory of Microstructures, Nanjing Univ., China; 2College of Electronic and Information Engineering, Nanjing Univ
Aeronautics & Astronautics, China. A novel APL with large
SFDR based on cascaded PolMs is proposed. The IMD3 isreduced by 37.9 dB and the SFDR is improved by 13.2 dB as
compared with the conventional intensity-modulated link.
AF4A.41
Modulation Instabilities in Birefringent Two-core Optical Fibers, Jin H. Li1, Kin S. Chiang2, Boris A. Malomed3,
Kwok W. Chow1; 1Mechanical Engineering, Univ. of Hong
Kong, China; 2Electronic Engineering, City Univ. of Hong
Kong, China;3Physical Electronics, Tel Aviv Univ., Israel.
Modulation instabilities (MIs) of asymmetric continuouswave states in birefringent two-core fibers with normal
dispersion are analyzed. The properly scaled MI spectra are
distinctly different from those of a zero-birefringence fiber,
especially for the circular-birefringence case.
AF4A.42
Nonlinearity Impact on In-Band Crosstalk Penalties
for 112-Gb/s PDM-CO-OFDM Transmission, Mingliang Deng1, Xingwen Yi1, Hongbo Zhang1, Zhenyu Luo1,
Kun Qiu1; 1Univ. of Electronic Science and Technology ofChina, China. The impact of fiber nonlinearity on in-bandcrosstalk-induced OSNR penalties for 112-Gb/s PDMCO-OFDM transmission is investigated. The extensive
simulation results demonstrate that the fiber nonlinearity
aggravates the in-band crosstalk.

AF4A.43
On Timing Offset Estimation in Coherent Optical OFDM
Systems with Low Optical Modulation Index, Lingchen
Huang1, Xuezhi Hong1,2, Changjian Guo2; 1Zhejiang Univ.,
China; 2South China Normal Univ., China. A novel timing
offset estimation method for coherent optical OFDM systems under low optical modulation index as modification
to Minn’s method is presented. Simulation results showthat it has better synchronization acquisition performance.

AF4A.47
Zero-Overhead Noise Compensation via Amplitude andPhase Equalization for Optical OFDM Transmission, Liu
Lilong1, Weisheng Hu1, Xuelin Yang1; 1Shanghai Jiao Tong
Univ., China. We propose a zero-overhead amplitude andphase equalization scheme for OFDM transmission, whichshows an improvement (~3dB) of the received OFDM signal
in terms of the error vector magnitude (EVM) comparedwith conventional pilot-aided methods.

AF4A.44
Optical OFDMA with dynamic sub-carrier allocation
enabled flexible and scalable metro-access integrated
networks, Qiongli Zhang1, Chongfu Zhang1, Chen Chen1,
Qiu Kun1; 1Key Lab of Optical Fiber Sensing and Communication Networks (Ministry of Education), and School of Communication and Information Engineering, Univ. of Electronic
Science and Technology of China, China. We demonstrate anovel OFDMA-based metro-access integrated network withdynamic subcarrier allocation. This system transparently
integrates MAN and optical access network, implementing
scalable ring network and on-demand resource allocation.

AF4A.48
Hybrid FRR/p-Cycle Link Pair Design for MPLS-TP
Node Protection, Chang Cao1,2, George N. Rouskas3, Pei
Zhang4, Xiongyan Tang4; 1Key Laboratory of Information
Photonics and Optical Communications, Beijing Univ. ofPosts and Telecommunications, China; 2China United Network Communications Co.,Ltd.,, China; 3Computer Science,
North Carolina State Univ., USA; 4China Unicom ResearchInstitute, China. We present a link pair design scheme
for MPLS-TP node protection, which combines p-cycle
method with fast reroute (FRR) technology. Numericalresults indicate that this approach is successful in combining
advantages of p-cycle and FRR.

AF4A.45
Performance Analysis of Photonic-Assisted Multi-Channel Compressive Sampling, Ruiyue Li1, Yunhua Liang1,
Hongwei Chen1, Minghua Chen1, Sigang Yang1, Shizhong
Xie1; 1Department of Electronic Engineering, Tsinghua
Univ., China. Photonic-assisted multi-channel compressive
sampling is an effective approach to capture sparse signals
in wideband. For the first time, the noise and interference
performance of this scheme is measured and analyzed.
AF4A.46
Signal Generation and Transmission of 13-Gb/s OFDM
Signal using RSOA in Carrier Distribution WDM-PON,
C W. Chow1, C. Yeh2, Y. Lin1, Y. Liu3; 1Department of
Photonics, National Chiao Tung Univ., Taiwan; 2Industrial
Technology Research Institute (ITRI), Taiwan; 3Hong Kong
Productivity Council (HKPC), Hong Kong. We demonstrate
the 20km transmission of 13Gb/s orthogonal-frequencydivision-multiplexed (OFDM) signal generated by using a
1.2GHz bandwidth RSOA based ONU. The bit-error-rate(BER) performance is within the forward-error-correction(FEC) threshold.

AF4A.49
Design of Optical Path Networks Employing Largecapacity WSS/WBSS-Combined Optical Cross-connects,
Hai Chau Le1, Hiroshi Hasegawa1, Ken-ichi Sato1; 1Nagoya
Univ., Japan. We propose a network design algorithm
that can make the best use of the developed WSS/WBSScombined OXC architecture for cost-effective large-capacity
optical networks. Simulation results verify that a significant
network cost reduction can be obtained.
AF4A.50
Traffic partition grooming in the robust, reconfigurable
and heterogeneous optical networks, Weigang Hou1, Lei
Guo1; 1Northeastern Univ. (China), China. Our traffic partition grooming offers heterogeneous transportations fora wide range of granularities and self-reconfigures undervarious optimized objectives. Simulation results reveal theadvantages of our robust design for both power efficiency
and port expenditure.

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Hydrangea, Chrysanthemum, and Hibiscus
AF4A.51
High-order QAM Transmission for OFDM-PON using
Pre-compensation, Bangjiang Lin1, Juhao Li1, Man Jiang1,
Hui Yang1, Yangsha Wan1, Yuanbao Luo1, Ping Zhang1,
Yongqi He1, Zhangyuan Chen1; 1Peking Univ., China. We
experimentally demonstrate high-order QAM transmission for OFDM-PON based on pre-compensation. Both
20-Gb/s 64-QAM and 14-Gb/s 128-QAM are successfullytransmitted with high spectral efficiency.
AF4A.52
Spectrum Sharing for Time-varying Traffic in OpenFlow-based Flexi-Grid Optical Networks, Caijun
Xie1; 1State Key Laboratory of Information Photonics and Optical Communication, Beijing Univ. of Posts and Telecomm,China. An OpenFlow-based control plane for elastic lightpath provisioning in Flexi-Grid optical networks has been
introduced, based on which a Spectrum Sharing Algorithm(SSA) is proposed for time-varying traffic. Experimental
results show its good performance.
AF4A.53
Nested PON: A Smooth Migrating Scheme from GPON
to XG-PON, Xintian Hu1, Xue Chen1, Ruobin Zheng2,
Siyang Yu1, Caili Du1, Nan Zhang1; 1State Key Lab of Information Photonics and Optical Communications, Beijing Univof Posts & Telecom, China;2Huawei Technologies, China.
Nested PON with higher bandwidth, extended coverageand protection of existing GPON investment is proposedin this article. Architecture of nested PON and core designs
including framing, ranging and dynamic bandwidth assignment are presented.
AF4A.54
Partial defragmentation in flexible grid optical networks, Jie Luo1, Zitian Zhang1, Weiqiang Sun1, Weisheng
Hu1; 1State Key Laboratory of Advanced Optical Communication Systems and Networks, Shanghai Jiao Tong Univ., China.
We present partial defragmentation schemes for flexible
grid optical networks to reduce the number of interruptions
while maintaining the network performance. Simulation
results show that the proposed schemes may reduce up to
50% service interruption.

AF4A.55
Best Fit Decreasing based Defragmentation Algorithm in
Semi-dynamic Elastic Optical Path Networks, Jia Wang1,
Shanguo Huang1, Weiguo Ju1, Yongqi He2, Hongxiang
Wang1, Jie Zhang1, Wanyi Gu1; 1BUPT, China; 2Peking Univ.,
China. We propose a novel spectrum defragmentation
algorithm in semi-dynamic elastic optical networks by introducing best fit decreasing strategy, numerical evaluationshows that the improvement of the blocking performanceand small amount number of interrupted connections areachieved simultaneously.

AF4A.59
RSVP-TE Fast Reservation for Large Scale Distributed
Wavelength-Routed Network, Zhenzhen Xu1, Shanguo
Huang1, Yongli Zhao1, Min Zhang1, Jie Zhang1, Wanyi
Gu1; 1State Key Laboratory of Information Photonics andOptical Communications, Beijing Univ. of Posts and Telecommunications, China. This paper proposes a tree reservation
model and four reservation schemes. Simulation results
demonstrate the tree schemes improve the network performance, attaining a high reduction ratio of both the blocking
probability and the setup delay.

AF4A.56
Ethernet Frame Aggregation at Optical Network Unit
Mesh Point Portal (ONU-MPP) in Fiber Wireless(FiWi) Access Networks, Kailong Li1, Wei Guo1, Weisheng
Hu1; 1State Key Laboratory of Advanced Optical Communication Systems and Networks, Shanghai Jiao Tong Univ.,
China. Ethernet frame aggregation at ONU-MPP has been
proposed to improve the overall frame efficiency in FiWi
Access Networks. Analysis and simulation results confirm
that this method can reduce the mean transmission delay.

AF4A.60
Harmonically Mode-Locked Fiber Ring Laser Using a
Bismuth-Based Erbium-Doped Fiber and a BismuthBased Highly Nonlinear Fiber, Yutaka Fukuchi1, Joji
Maeda1; 1Department of Electrical Engineering, Tokyo
Univ. of Science, Japan. We report a 10GHz harmonicallymode-locked short-cavity fiber laser using a bismuth-based
erbium-doped fiber and a bismuth-based highly nonlinear
fiber. Stable error-free operation is achieved for a 75nm
wavelength tuning range covering the CL-band.

AF4A.57
Design and Evaluation of a Resilient Protection Scheme
For Hybrid WDM/TDM PON, Peng Xu1, Zhang Zhiguo1,
Xue Chen1, cao zhihui1; 1BUPT, China. A protection scheme
for hybrid WDM/TDM PON migrated from sparsely distributed TDM PON is proposed and evaluated. Simulationand performance analysis show a characteristics of highreliability and low bandwidth cost of the scheme.

AF4A.61
Fourier domain mode-locked fiber laser based on dualpump fiber optical parametric amplification, Bing Sun1,2,
Hongzhi Chen1,2, Kai Hu1,2, Ping Zhou1,2, Daru Chen3,4,
Shiming Gao1,2, Sailing He1,2; 1State Key Laboratory of Modern Optical Instrumentation, Zhejiang Univ., China; 2Centre
for Optical and Electromagnetic Researc, Zhejiang Univ.,
China; 3Institute of Information Optics, Zhejiang Normal
Univ., China; 4Joint Research Laboratory of Optics of Zhejiang
Normal Univ. and Zhejiang Univ., Zhejiang Univ., China. A
Fourier domain mode-locked fiber laser based on a dualpump fiber optical parametric amplification is proposed. A
comparison of the two FDML lasers based on dual-pump
FOPA and one-pump FOPA, respectively, is also presented.

AF4A.58
Improving Connections Provisioning in Hybrid Immediate/Advance Reservation WDM Networks, Ajmal
Muhammad1, Robert Forchheimer1; 1Electrical Engineering,
Linköping Univ. sweden, Sweden. We study a dynamic WDM
network supporting applications with immediate and advance reservation (IR/AR) requirements. To diminish theadverse effect of AR on IR connection provisioning, we
propose scheduling strategies able to significantly reduce
IR blocking probability.

AF4A.62
Crosstalk Comparison of Multi-Core Fibers with α-index
and Trench-Index Cores, Shuhei Yamamoto1, Masaharu
Ohashi1, Yuji Miyoshi1; 1Osaka Prefecture Univ., Japan.
We investigate theoretically the crosstalk in multi-core
fibers with α-index and trench-type α-index cores basedon the two core model and compare their α dependenceof crosstalk.

AF4A.63
Widely repetition- and wavelength-tunable soliton
pulse generation pumped by an actively mode-locked
fiber laser, Yizhen Wei1,2, Kai Hu1, Bing Sun1, Tianshu
Wang2, Shiming Gao1; 1Zhejiang Univ., China; 2Hangzhou
Dianzi Univ., China. By using soliton self-frequency shift
in a single-mode fiber with an actively mode-locked fiber
laser as the input source, we demonstrate an all-fiber, 1560
to 1700 nm wavelength-tunable, femtosecond source with
arbitrary repetition rate.
AF4A.64
Transmission Characteristics of Multi-Core Fiber (MCF)
with Trench-Index Cores, Ro Cho1, Masaharu Ohashi1,
Yuji Miyoshi1; 1Osaka Prefecture Univ., Japan. We clarify
the effect of the inner cladding in trench type MCF on the
crosstalk. We investigate the transmission characteristics ofmulti-core fiber with trench-index cores such as crosstalk,mode field diameter and cutoff wavelength.
AF4A.65
Stress and Hydraulic Pressure Sensor Based on a
Dual-Core Photonic Crystal Fiber, Fei Xu1, Gufeng Hu1,
Daru Chen1, Baojin Peng1, Zhengyong Liu2, Hwayaw
Tam2; 1Zhejiang Normal Univ., China; 2Photonics ResearchCentre, Department of Electrical Engineering, The Hong
Kong Polytechnic Univ., China. A dual-core photonic crystal fiber (DC-PCF) sensor based on fiber Mach-Zehnderinterferometer is proposed and demonstrated for stresssensing with a sensitivity of 1.4 pm/με and hydraulic pressure sensing with a sensitivity of -41 pm/MPa.
AF4A.66
Modeling of mid-infrared fiber optical parametric oscillator, Huihui Cheng1, Zhengqian Luo1, Chenchun Ye1,
Yizhong Huang1, Chun Liu1, Zhiping Cai1; 1Department ofElectronic Engineering, Xiamen Univ., China. We propose
and numerically investigate mid-infrared fiber opticalparametric oscillator (mid-IR FOPO) by the degenerated four-wave-mixing of photonic crystal fiber. Basedon the modified coupled-wave equations, the operation
characteristics of such mid-IR FOPO are discussed andoptimized in detail.

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Hydrangea, Chrysanthemum, and Hibiscus
AF4A.67
A proposal for coupling of terahertz pulse onto a subwavelength cylindrical waveguide using a polymer taper,
Hongzhi Chen1,2, Bing Sun1,2, Daru Chen3,4, Shiming Gao1,2,
Sailing He1,2; 1State Key Laboratory of Modern Optical Instrumentation, Zhejiang Univ., China; 2Centre for Opticaland Electromagnetic Research, Zhejiang Univ., China; 3Joint
Research Laboratory of Optics of Zhejiang Normal Univ. andZhejiang Univ., Zhejiang Univ., China; 4Institute of Information Optics, Zhejiang Normal Univ., China. A polymer taper
is proposed for coupling THz pulse onto a subwavelength
dielectric waveguide. A coupling efficiency of 81.56%
is achieved based on the optimization of the structuralparameters of the polymer taper.
AF4A.68
Dynamical Evolution of Cascaded Four-Wave Mixing
Processes in an Optical Fiber, Xiaosheng Xiao1; 1Tsinghua Univ., China. The dynamical evolution of cascaded
four-wave mixing (CFWM) processes in an optical fiber
is investigated numerically and experimentally, and theinfluences of pump power and fiber length on the generated
CFWM are analyzed.
AF4A.69
Dual-Pumped Fiber Optical Parametric Oscillator
with Uniform Multi-wavelength Lasing, Kai Hu1,2, Bing
Sun1,2, Yizhen Wei1,2, Daru Chen3,4, Shiming Gao1,2, SailingHe1,2; 1State Key Laboratory of Modern Optical Instrumentation, Zhejiang Univ., China; 2Centre for Optical and Electromagnetic Research, Zhejiang Univ., China; 3Joint ResearchLaboratory of Optics of Zhejiang Normal Univ. and Zhejiang
Univ., Zhejiang Univ., China; 4Institute of Information Optics,
Zhejiang Normal Univ., China. We experimentally demonstrate a dual-pumped fiber optical parametric oscillator
with uniform multi-wavelength lasing. 9 wavelengths lasing
with a wavelength spacing of 0.8 nm and a ripple less than
±1.29 dB is achieved.

AF4A.70
Influence of Electrical Conditions on Silicon Pulse Shaping and Modelocking, Shiming Gao1, Lizhong Cao1, Bing
Sun1, Sichang Jiang1, Kai Hu1, Yizhen Wei1,2; 1Zhejiang Univ.,
China; 2Hangzhou Dianzi Univ., China. The silicon pulse
shaping and modelocking laser is characterized by varying
the input electrical conditions. A narrower output pulse canbe obtained by increasing modulation depth, reducing duty
cycle, and increasing driving current of amplifier.
AF4A.71
Rescue Monitoring System in Coal Mine Disaster Basedon Distributed Fiber Vibration Sensing Technique,
Churui Li1, Qian Xiao1, Chao Wang1; 1Department of Material Science, fudan Univ., China. A rescue monitoring system
based on distributed fiber vibration sensing technique isdesigned to resolve the problem about the high death rateof mine disasters. It provides the important information,
survivors’ location, to rescue operation.
AF4A.72
Refractive index sensitivity characteristics of fiber taper
long-period grating, Zhaohui Yin1, Xiaobei Zhang1, Yunqi
Liu1, Fufei Pang1, Tingyun Wang1; 1Shanghai Univ., China.
In this paper, numerical simulations and experimental demonstrations of refractive index sensitivity characteristics of
CO2-laser-writing long-period grating in fiber taper arepresented, with a high sensitivity about 2733.28nm/RIU
in the external RI range of 1.4490-1.4537.

AF4A.74
The effect of ASE on XPM employed all optical OOK
to Multi-level modulation format conversion, Guoxiu
Huang1, Yuji Miyoshi1, Akihiro Maruta1, Ken-ichi Kitayama2; 1Graduate School of Engineering, Osaka Univ.,
Japan; 2Graduate School of Engineering, Osaka Prefecture
Univ., Japan. In the XPM employed all-optical OOK toMulti-level modulation format conversion system, the ASEfrom the amplifier reduce the quality of the converted phase
for amplitude-to-phase-noise conversion. The effect of ASE
was theoretically discussed.
AF4A.75
Investigation of a cladding-etched thin-core fiber modal
interferometer and its application for refractive index
sensing, Guofeng Yan1,2, A.Ping Zhang1,2, Guiying Ma1,2,
Sailing He1,2; 1Centre for Optical and Electromagnetic
Research, Zhejiang Provincial Key Laboratory for Sensing
Technologies, Zhejiang Univ., China; 2Joint Research Laboratory of Optics of Zhejiang Normal Univ. and Zhejiang
Univ., Zhejiang Univ., China. A cladding-etched thin-core
fiber modal interferometer is proposed and theoreticallyinvestigated. Numerical simulations of the light propagation performance are carried out. The results render thisstructure as an unltrasensitive refractive index sensor.

AF4A.76
Numerical investigation of polarization rotation locking
of vector solitons in a fiber ring laser, Dongbiao Zeng1,
HE-PING LI1, Shangjian Zhang1, Xionggui Tang1, Jinkun
Liao1, Rongguo Lu1; 1Univ of Electronic Science & Tech
China, China. Polarization rotation of vector solitons are
numerically investigated in a fiber ring laser mode-lockedwith SESAM. The results show that the polarization rotation locked vector solitons can be formed in the fiber laser.
AF4A.77
High Sensitivity Long-Period Fiber Gratings Written inTapered Fibers by CO2 Laser, Zhaodi Wu1, Yunqi Liu1,
Yuchen Zhao1, Qiang Guo1, Xiaobei Zhang1, Na Chen1,
Fufei Pang1, Tingyun Wang1; 1School of Communication
and Information Engineering, Shanghai Univ., China. We
demonstrated the fabrication of long-period fiber gratings
in the tapered fibers using CO2 laser. The sensing responseof the gratings was investigated experimentally. Highly
sensitive wavelength tuning was achieved with the polymer
packaged grating.

AF4A.73
Optimization of tapered optical fiber probe for evanescent wave sensor, zhonghuan zhang1, Xiaosheng Xiao1; 1Tsinghua Univ., China. Geometries of tapered fiber probe are
optimized to achieve large evanescent wave penetration
depth for the throughout probe, providing a sufficientsensing region capable of covering microbes in fiber-based
evanescent wave sensors.

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Lobby of Convention Hall
15:30–18:30
AF4B • Poster Session II
AF4B.1
Acceleration of the Monte Carlo method for photon migration in turbid media, Zefei Guo1,2, Fuhong Cai1,3, SailingHe1,2; 1Centre for Optical and Electromagnetic Research,
Zhejiang Univ., China; 2Zhejiang Provincial Key Laboratory
for Sensing Technologies, China;3JORCEP [Joint ResearchCentre of Photonics of the Royal Institute of Technology(Sweden), Lund Univ. (Sweden), and Zhejiang Univ., China.
A three-step Monte Carlo method has been proposed todescribe the photon migration in turbid medium. By storing the valuable photon, we can avoid a lot of unnecessary
computation which can accelerate the simulation greatly.
AF4B.2
Acceleration of the Acquisition of the Jacobian Matrix
in Diffuse Optical Tomography, fuhong cai 1, Sailing
He1; 1Zhejiang Univ., China. In our study, we use Perturbation Monte Carlo to generate the Jacobian matrix of diffuse
optical tomography. Based on the absorption kernel, thetime for calculating the Jacobian matrix is significantly
reduced.
AF4B.3
Venous Oxygenation Mapping with a CCD Camera,
Jun Li1,2, Barbrina Dunmire1, Daniel Leotta1; 1South China
Normal Univ., China; 2Univ. of Washington, USA. A CCD
camera is used to image skin of human lower legs illuminated alternately by a red and an infrared LED lightsource. The images are then converted to venous oxygen
saturation maps.
AF4B.4
Plasmon Excitation on a Metal Grating and its Phase
Detection Based Biosensor Application, Ziqian Luo 1,
Taikei Suyama2, Yoichi OKuno2; 1Centre for Optical andElectromagnetic Research, South China Normal Univ.,
China; 2Graduate School of Science of Technology, Kumamoto
Univ., Japan. A grating-based biosensor via phase detection
is stated. The resolution will be 10-7 RIU in the state-ofthe-art today. The workspace can be shifted in a large range
while the sensor resolution can remain in a high level by
only changing the incident angle.

AF4B.5
A Novel Digital Signal Processing System for Open-loop
Fiber Optic Gyroscope, Qin Wang1, Chuanchuan Yang1,
Ziyu Wang1; 1Peking Univ., China. A novel all digital signal
processing system for open-loop fiber optic gyroscope is
proposed. The effect of the fluctuation of laser power andthe variation of modulation depth is eliminated in this
proposed system.
AF4B.6
Biological sample measurement using a 10° tilted fiber
grating sensing probe, Fu Liu1, Tuan Guo1, Xiaoyang Zhu2,
Libin Shang1, Zhaochuan Zhang1, Fa Du1, Bai-Ou Guan1,
Yu Liu2, Jacques Albert3; 1Institute of Photonics Technology,
Jinan Univ., China; 2Department of Biochemistry, Medical
School, Jinan Univ., China; 3Department of Electronics,
Carleton Univ., Canada. Using a 10° TFBG sensing probe,
human acute leukemia cells with different intracellulardensities were clearly discriminated by identifying theirslight refraction index perturbations in range from 1.3342
to 1.3344, combining with a temperature self-calibration
property.
AF4B.7
High sensitivity refractive index sensor based on multimode fiber coated with an axisymmetric metal grating
layer, Youqiao Ma1, Gerald Farrell1, Yuliya Semenova1,
Andy H P Chan2, Qiang Wu1; 1Photonics Research Centre,
Dublin Institute of Technology, Ireland; 2Electronics Engineering, City Univ. of Hong Kong, Hong Kong. This paper reports
on a novel fiber surface plasmon-based sensor with a metal
grating layer. Simulation results show that the sensor canachieve a maximum sensitivity of 13000nm/RIU in therefractive index range from 1.3 to 1.4.
AF4B.8
Method to suppress bias drift and improve the accuracyof north finding with fiber optic gyroscopes, Changhong
He1, Chuanchuan Yang1, Ziyu Wang1; 1State Key Laboratory on Advanced Optical Communication Systems andNetworks,Department of Electronics, Peking Univ., China.
This paper presents a new (N+1)-position method based ona difference scheme and an optimized measurement orderof all the positions to effectively improve the accuracy ofnorth finding with fiber optic gyroscopes.

AF4B.9Enhance the Resolution of STED by Fluorescent Lifetime
Subtractive Imaging, Xiang Hao1, Cuifang Kuang1, Zhaotai
Gu1, Shuai Li1, Yifan Wang1, Xu Liu1; 1Zhejiang Univ., China.
By the time-gated detection technique, combined with theprinciple of virtual adaptable aperture based subtractive
imaging, we achieve a horizontal resolution below 80 nmwith the incident power of continuous-wave STED beam
equaling 50 mW.
AF4B.10The localized surface plasmon resonance sensor basedon tapered optical fiber modified with gold nanoparticles, Hsiang-Chen Chui1, Hsing-Ying Lin2, Chen-Han
Huang2, Cheng-Wen Huang1, Nan-Kuang Chen3, Chia-Ling
Cheng3; 1National Cheng Kung Univ., Taiwan; 2Center for
Nano Bio-detection, National Chung Cheng Univ., Taiwan; 3Department of Electro-optical Engineering, National
United Univ., Taiwan. LSPR sensor based on tapered optical fiber for refractive index sensing has been analyzed.
The result of index sensitivity is about 5x10-5 RIU. Suchsensor resolution is comparable to those of the current
LSPR sensor.
AF4B.11
Fano Resonance in Metallic Ring-Ellipse Nanostructures,
jiao lin1; 1Zhejiang Univ., China. we investigate the Fano
resonance in a silver ring-ellipse nanostructure.By changing the structure parameters, we study the variation of the
optical resonance of the proposed structure.
AF4B.12Raman Spectroscopy/PCA Based Molecule Mechanism
Detection of K562 Cell Apoptosis Induced by Adriamycin, Tao Tao1, Xiaoxu Lu1, Liyun Zhong1,2; 1Laboratoryof Nanophotonic Functional Materials and Devices, South
China Normal Univ., China; 2Medical College, Jinan Univ.,
China. Based on combination Raman spectroscopy with
Principal component analysis (PCA), a novel detection
approach for molecule mechanism of cell apoptosis is proposed and employed to research the molecule mechanismof K562 cell apoptosis.

AF4B.13
Using micrograting for real-time detecting surfactants
at aqueous/liquid crystal interfaces, Hsu-Yi Huang 1,
Yuan-Chang Li1, Chao-Yu Yang1, Fu-Wei Chao1, ShugJune Hwang1; 1Department of Electro-Optical Engineering,
National United Univ., Taiwan. A label-free detection of
surfactants at interfaces between aqueous phases and liquid
crystals (LC) is proposed. The micro-grating structure wasapplied to monitor the influence of different concentrationof surfactants solution on the orientational response of the
LC molecules.
AF4B.14White-light Fresnel Incoherent Correlation Holography,
yingchen Liu1, Liyun Zhong1, Xiaoxu Lu1; 1Laboratory of
Nanophotonic Functional Materials and Devices, South
China Normal Univ., China. Based on the theoretical andsimulation research, the recording and reconstruction of
Fresnel Incoherent Correlation Holography is presented.
The results show that 3D information of the object withhigh resolution can be reconstructed easily.
AF4B.15
Phase Reconstruction of Biological Cells by Digital
Microscopic Image Plane Holography, Desi Zhang1,
Liyun Zhong1, Xiaoxu Lu1; 1Laboratory of Nanophotonic
Functional Materials and Devices, South China Normal
Univ., China. In digital holographic microscopy, the phase
distribution of the object is covered with the aberrationinduced by the microscope objective. To recover the phaseof the cell, Zernike polynomials is used to eliminate theaberration.
AF4B.16
Polarization-fluctuation Induced Drift in Resonator
Micro Optic Gyro, Yuchao Yan1, Yan Chen1, Huilian Ma1,
Zhonghe Jin1; 1Zhejiang Univ., China. The polarizationfluctuation induced drift in resonator micro gyro was tested
at different temperatures. The results of simulation andexperiment show that the long-term stability of the gyro
can be improved by setting an appropriate temperature.

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AF4B.17
Quantitative phase imaging and spectroscopy techniques for the study of sickle cell diseases, YongKeun
Park1; 1KAIST, Republic of Korea. We report the characterization of all the relevant biomechanical properties ofindividual red blood cells with sickle cell disease using noninvasive quantitative phase imaging and spectroscopy techniques with a previously-validated RBC membrane model.
AF4B.18
Fiber-Optic Catalytic Hydrogen Sensor Based on Thincore Fiber Modal Interferometer, Jing Liu1,2, Zhang Yebin1,2, A.Ping Zhang1,2, Hua Tian3, Quanfu An3; 1Centre for
Optical and Electromagnetic Research, Zhejiang Provincial
Key Laboratory for Sensing Technologies, Zhejiang Univ., China; 2Joint Research Laboratory of Optics of Zhejiang Normal
Univ. and Zhejiang Univ., Zhejiang Univ., Zhejiang Normal,
China; 3Dept Polymer Sci & Engn, Key Lab Macromol Synth& Functionalizat, Minist Educ, Zhejiang Univ., China. We
present a fiber-optic hydrogen sensor based on a thin-core
fiber modal interferometer. The sensor is coated with acatalytic combustible thin-layer made of Pt doped WO3,
on which hydrogen can initiate an exothermic reaction.
AF4B.19
Lateral resolution enhancement in confocal microscopy
with a higher SNR, Cuifang Kuang1, Yifan Wang1, Zhaotai
Gu1, Shuai Li1, Xu Liu1; 1Zhejiang Univ., China. A method
based on the subtraction of images under different pinhole
sizes is proposed to improve the lateral resolution in confocal microscopy. An enhanced lateral resolution and a higher
SNR are shown by experimental results.
AF4B.20
Magnetic Rotation Spectroscopy for Oxygen Detection,
Junnan Wang1, Chunsheng Yan1; 1Zhejiang Provincial Key
Laboratory for Sensing Technologies, Centre for opticaland Electromagnetic Research, JORCEP [KTH-LU-ZJU
Joint Research Center of Photonics], Zhejiang Univ., China.
Magnetic Rotation Spectroscopy (MRS) has great potential
in detecting paramagnetic molecules. By optimizing thepolarizer offset angle, we develop a MRS system basedon DC magnetic field. We analyze MRS of oxygen gas incomparison with absorption spectrum.

AF4B.21
Implantable Antenna for Visual Prostheses, Shawn P.
Casey1, Wu Kaijie1, Lei Xuping1, Ren Qiushi2,1; 1School ofLife Science and Biotechnology, Institute for Laser Medicine
and Biophotonics, Shanghai Jiao Tong Univ., China;2College
of Engineering, Department of Biomedical Engineering, Peking Univ., China. Inductively coupled implants receiving
both power and data, for use in humans or animals aredisclosed. Nickel Titanium (Nitinol) with other materials,
forms an antenna, reducing noise while increasing ease of
implantation, efficiency and biocompatibility.
AF4B.22
The algebraic reconstruction of SD-OCT based oncompressed senssing theory, Xiqing Lu1, Zhihua Ding1,
Weihao Wu1, Lijun Chen1; 1State Key Lab of modern Optical Instrumentation, Zhejiang Univ., China. We explore thepossibility of extending the theory of compressed sensing(CS) to spectral domain optical coherence tomography(SD-OCT). The result shows that CS algebraic can achievereconstruction with low sampling rate.
AF4B.23
Using of the gas absorption spectrum as band-stop filter
in a EDFA fiber loop laser, Kaikai Guo1,2, Cheng Guo4,
Chunsheng Yan2,3; 1Zhejiang Provincial Key Laboratory for
Sensing Technologies, China; 2Centre for optical and Electromagnetic Research, China; 3JORCEP [KTH-LU-ZJU Joint
Research Center of Photonics], China; 4Zhejiang Univ., China.
Using the gas absorption spectrum as band-stop filter in an
EDFA fiber loop laser, we gain the 0.2nm wavelength shift
as the gas concentration changes from 10% to 90% and adual wavelength laser emitting.
AF4B.24
Fiber Laser Sensor for Load Measurement Based on Beat
Frequency Demodulation Technique, Lin Chen1, Long
Huang1, Liang Gao1, Xiangfei Chen1; 1College of Engineering and Applied Sciences and National Laboratory of Solid
State Microstructures, Nanjing Univ., China. A novel fiber
laser load sensor based on beat frequency demodulation
technique is presented. Four different beat frequency signals
are studied in the load measurement experimentally. The
sensitivities are -12.63kHz/kg, -27.80kHz/kg, -41.29kHz/kg, and -53.88kHz/kg, respectively.

AF4B.25
Depletion Characteristics of Brillouin Gain Spectrum
in Fiber Brillouin Amplifiers, Shahna M. Haneef1, Deepa
Venkitesh1, Balaji Srinivasan1; 1Electrical Engineering, Indian Institute of Technology, Madras, India. We study the
Brillouin gain depletion as the probe frequency is tuned
across the gain spectrum. A broadening of the Brillouingain spectrum is observed as the probe is tuned to theedges of the spectrum.
AF4B.26
Measuring the high temperature distribution of a Molybdenum bar with an un-cooled color CCD sensor,
Chunsheng Yan1, Binhao Wang1; 1Zhejiang Univ., China.
A mathematical model and an experimental system areconstructed to measure the high temperature with a CCD
sensor. An experiential formula is found and the temperature distribution around the Molybdenum bar is obtained.
AF4B.27
Multilongitudinal mode fiber laser sensor for temperature measurement, long huang1, Lei Qian1, Lin Chen1,
Liang Gao1, Xiangfei Chen1; 1College of Engineering andApplied Sciences and National Laboratory of Solid State
Microstructures, Nanjing Univ., China. A multilongitudinalmode fiber laser sensor for temperature measurement
is proposed and experimentally demonstrated.The beatfrequency signal between any two modes varies linearlywith the temperature.In the experiment, two different beatfrequency signals are studied.
AF4B.28
Second harmonic microscopic imaging and spectroscopic characterization in pathological prostate tissue,
Zhengfei Zhuang1, Zhouyi Guo1, Hanping Liu1, Biying Yu2,
Xiaoyuan Deng1; 1Soutih China Normal Univ., China; 2Key
Laboratory of Optoelect ronic Science and Technology for
Medicine , Minist ry of Education , Fujian Normal Univ.,
China. Second harmonic generation in benign prostatic
hyperplasia (BPH) and prostate carcinoma (PC) in mousemodel have been reported. Excitated samples with different
wavelength laser from 780-850nm a different wavelength
sensitivity was observed in this experiment.

AF4B.29
Three-dimensional Orientation Sensors by Defocused Imaging of Gold Nanorods in the near IR region, Pei Xu1; 1South China Normal Univ., China. Goldnanorods(AuNRs) excited at 800 nm produced strong
two-photon luminescence intensities anisotropy,whichcorrelate with their three-dimensional spatial orientations.
Here we report a novel orientation sensor by defocused
imaging of single AuNR through an ordinary wide-field
optical microscope.
AF4B.30
Polarization Modulated of Second Harmonic Generation
on a line-aligned Molecular Scatterers, Zhengfei Zhuang1,
Zhouyi Guo1, Songhao Liu1; 1Soutih China Normal Univ.,
China. We set up a model for quantitatively second harmonic generation polarization modulated at a molecularlevel. when the polarization direction rotates on x-y plane,
we can obtain the second harmonic generation power inthis model.
AF4B.31
Glycerol diffusion in skin at glucose impact on tissue,
Daria Tuchina1, Alexey N. Bashkatov1, Elina Genina1, Valery
V. Tuchin1,2; 1Saratov State Univ., Russian Federation; 2Institute of Precise Mechanics and Control RAS, Russian Federation. In this paper we present results of experimental studyof glucose impact on skin tissue by testing tissue structure
alteration at glycerol diffusivity.
AF4B.32“S-shaped” Photoluminescence Emission Shift in
Cu(In,Ga)Se2 Thin Films, Yu-Kuang Liao1,2, Shou-Yi Kuo4,
Fang-I Lai5, Woei-Tyng Lin5, Dan-Hua Hsieh1, Ding-Wen
Chiu3, Hao-chung Kuo1; 1Department of Photonic & Instituteof Electro-Optical Engineering, National Chiao Tung Univ.,
Taiwan; 2Department of Electrophysics, National Chiao Tung
Univ., Taiwan; 3Compound Semiconductor Solar Cell Department, Next Generation Solar Cell Division, Green Energy andEnvironment Research Laboratories, Industrial Technology
Research Institute, Taiwan; 4Department of Electronic Engineering, Chang Gung Univ., Taiwan;5Department of Photonic
Engineering, Yuang Ze Univ., Taiwan. We have utilized
photoluminescence (PL) measurement to investigate carrier recombination mechanism in Cu(In,Ga)Se2 thin films
and observed an S-shaped emission shift revealed fromthe corresponding PL peak of near band edge transition.

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AF4B.33
Novel Nanostructures for Solar Energy Harvesting,
Tianyi Sun1, Chuanfei Guo1, Yang Wang2, Krzysztof Kempa1,
Zhifeng Ren1; 1Department of physics, Boston College,
USA; 2Institute for Advanced Materials, Academy of Advanced Optoelectronics, South China Normal Univ., China.
Three novel nanostructures for solar energy harvesting
are proposed: a nanocoax a-Si solar cell, a metamaterialplasmonic absorber structure for an ultra-thin solar cell anda three-level engineered conductive black silicon surface.
AF4B.34
Electrochemically prepared black silicon for improved
photon-to-electron conversion efficiency, xianyu
ao1; 1South China Normal Univ., China. Black silicon withmultiscale texture was prepared by electrochemical etching.
To confirm the benefits, we coated it with TiO2 and used
it as the photoanode in water splitting, and observed 45%
enhancement in photocurrent density.

AF4B.35
Influence of annealing temperature on propertiesof RF sputtered InxSy buffer layers in Cu(In,Ga)Se2
solar cells, Jingping Lu1, Yuandong Li1; 1Zhejiang Univ.,
China. Sputtered InxSy layers were deposited on glass at
post-annealing temperature ranging from 623 to 723K.
Investigation of the properties indicated decreased opticalband-gap and changes in microstructure with increasing
annealing temperature.
AF4B.36
Optimization of GaAs nanowire array for solar cells,
YU HU1; 1optical engineering, ZHE JIANG UNIV., China.
The reflectance, transmittance and absorptance of GaAs
nanowire (NW) arrays are calculated by solving Maxwell’sequations using the finite element method.

AF4B.37
High Performance of Double-layer Quantum Dots with
PDMS Film for Novel GaAs Solar Cells, Chen Hsin-Chu1,
Lin Chien-Chung2, Hau-Vei Han1, Kuo-Ju Chen1, Tsai
Yu-Lin1, Yi-An Chang3, Shih Min-Hsiung1,4, Hao-chungKuo1, Peichen Yu1; 1Department of Photonics and Instituteof Electro-Optical Engineering, National Chiao Tung Univ.,
Taiwan; 2Institute of Photonic System, National Chiao Tung
Univ., Taiwan; 3Millennium Communication Co., Ltd.,
Taiwan;4Research Center for Applied Sciences, Taiwan. This
study demonstrates the high performance of GaAs solar
cells with double-layer quantum dots carried by flexible
PDMS film. Several parameters were enhanced. Different
concentrations of QDs were also applied to test the optimal
combination.
AF4B.38
Effects of DC sputtering power on the properties of AZO
films deposited at room temperature for CIGS photovoltaics, Yuandong Li1, Demiao Wang1, Jingping Lu1, Hao Jin1,
Jian Zhou1; 1Information Science and Electronic Engineering,
Zhejiang Univ., China. Al:ZnO(AZO) films were depositedon glass substrate at different sputtering power. Effects ofsputtering power on the properties of AZO films were
investigated. And the electro-optical property of the AZO
films gets optimum at 330W.

AF4B.39
Highly efficient CdS-quantum-dot-sensitized InGaN
multiple quantum well solar cells, Yu Lin Tsai1, Hsin
Chu Chen1, Lin Chien-Chung2, Hau-Vei Han1, Peichen
Yu1, Hao-chung Kuo1; 1Department of Photonic & Instituteof Electro-Optical Engineering, National Chiao Tung Univ.,
Taiwan; 2Institute of Photonic System, College of Photonics,
National Chiao Tung Univ., Taiwan. We demonstrate ahybrid design of InGaN/GaN MQWs solar cells combinedwith colloidal CdS quantum dots. With anti-reflective
feature at long wavelength and down-conversion at UV
regime, the overall power conversion efficiency enhancement is 7.2% .
AF4B.40
The resolution of the Maxwell’s fish eye lens, Fei Sun1,
Sailing He1,2; 1Zhejiang Univ., China; 2Royal Institute ofTechnology (KTH), Sweden. In recent years, a heated debate
on whether the Maxwell’s fish eye lens (MFL) can makea perfect imaging with an unlimited resolution has been
going on among scholars. We review some recent studies
and analyze the resolution of the MFL.
AF4B.41
Growth and characterization of GaAs/InxGa1-xAs/GaAs
axial heterostructure nanowires by MOCVD, Xiaolong
Lv1; 1State Key Laboratory of Information Photonics & Optical Communications, Beijing Univ. of Posts, China. We reporton the Au-assisted growth of GaAs/InxGa1-xAs/GaAs axial
double-heterostructure nanowires via metalorganic chemical vapor deposition. The experimental results were relatedwith the composition characteristic of the catalyst as wellas the Vapor-Liquid-Solid growth mechanism.

19:00–21:00 Conference Banquet, Convention Hall

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ACP 2012 — Saturday, 10 November
OrchidHydrangea

Chrysanthemum

Begonia

07:45–18:00 Registration Open

08:00–09:45
AS1A • SC 1 - Fiber Amplifiers andLasersPresider: Markus Schmidt; Max-PlanckOInst. Physik des Lichts, Germany

08:00–09:45
AS1B • SC 2 - Plasmonic andNonlinear Effects I
Presider: Gong-Ru Lin; National Taiwan
Univ., Taiwan

08:00–09:45
AS1C • SC 3 - Long DistanceTransmission Systems
Presider: Robert Killey; Univ. College London,
UK

08:00–09:45
AS1D • SC 4 - Optical AccessNetworks II
Presider: Luca Valcarenghi; Scuola Superiore
Sant Anna di Pisa, Italy

AS1A.1 • 08:00 Invited
Photonic and Optoelectronic Applications of Carbon
Nanotube and Graphene, Shinji Yamashita1; 1Department
of Electrical Engineering and Information Systems, The Univ.
of Tokyo, Japan. We review photonic and optoelectronic
applications of carbon nanotube (CNT) and graphene tosuch as light emitting, nonlinear, photovoltaic, modulating,and transparently conducting devices. We also present ourworks on application to short-pulse fiber lasers.

AS1B.1 • 08:00 Invited
Deep-subwavelength Integrated Optoelectronics,
Xiaobo Yin1,Renmin Ma1, Ming Liu1, Erick Ulin-Avila1,
Rupert Oulton1, Volker Sorger1, Thomas Zentgraf1, Xiang
Zhang1; 1Univ. of California Berkeley, USA. To mitigate theever worsening bandwidth crisis of current data communication architectures, here we present nanoscale integrated
optoelectronics devices including multiplexed nanolasers
and high speed graphene optical modulators for future
photonic integrations with high density.

Invited
AS1C.1 • 08:00
Ultra-high Capacity Optical Transmission Technologies
for 100 Tb/s and Beyond, Akihide Sano1; 1NTT Network
Innovation Laboratories, Japan. This presentation reviews
recent advances in 100-Tb/s-class ultra-high capacitytransmission systems with 400-Gb/s channel rates focusing
on spectrally-efficient higher-order multi-level modulation and single-carrier frequency-division multiplexing
techniques.

Invited
AS1D.1 • 08:00
Adjustable Gain-Clamped Semiconductor Optical
Amplifiers (AGC-SOA), Craig Michie1, Tony Kelly2, Lin
Liu1, Ivan Andonovic1; 1Univ. of Strathclyde, UK; 2Univ. of
Glasgow, UK. We will describe the design and performanceof adjustable gain-clamped semiconductor optical amplifier(AGC-SOA) designed to maximize output saturated power
while adjusting gain across a dynamic range. This device
modulates gain at rates that are compatible with packet topacket equalisation.

AS1A.2 • 08:30
Passively Q-switched erbium-doped fiber laser using a graphene saturable absorber, Zhenzhen Dong1,
HE-PING LI1, Handing Xia1, Yong Liu1, Zegao Wang2,
Yuanfu Chen2; 1Univ of Electronic Science & Tech China,
China; 2State Key Lab of ETFID, UESTC, China. We demonstrate a graphene-based passively Q-switched erbiumdoped fiber laser. The laser produces stable pulses witha typical pulse width of ~ 9.0 μs at a pulse repetition rate
ranging from 8.3 to 12.5 kHz.

AS1B.2 • 08:30
Metallodielectric Hybrid Optical Antennas for Ultrabright and Directional Single Photon Emission,
Xuewen Chen1,2, Mario Agio3, Vahid Sandoghdar1,2; 1MaxPlanck-Inst Physik des Lichts, Germany; 2Department of
Physics, Friedrich-Alexander Univ. Erlangen-Nürnberg,
Germany;3National Institute of Optics (INO-CNR) and European Laboratory for Nonlinear Spectroscopy (LENS), Italy.
We exploit concepts from plasmonics and cavity quantum
electrodynamics to devise new optical antennas for producing ultrabright single-photon streams. In combination
with planar dielectric antenna, nearly every emitted single
photon can be collected.

AS1C.2 • 08:30
Analysis of Carrier Phase Extraction Methods in
112-Gbit/s NRZ-PDM-QPSK Coherent Transmission
System, Tianhua Xu1,2, Gunnar Jacobsen2, Sergei Popov1, Jie
Li2, Sergey Sergeyev4, Yimo Zhang3; 1School of Information
and Communication Technology, Royal Institute of Technology, Sweden; 2Netlab, Acreo AB, Sweden; 3College of Precision
Instrument and Opto-electronics Engineering, Tianjin Univ.,
China; 4Aston Institute of Photonic Technologies, Aston Univ.,
UK. We present a comparative analysis on three carrier
phase extraction approaches, including a one-tap normalized least mean square method, a block-average method,
and a Viterbi-Viterbi method, in coherent transmission
system considering equalization enhanced phase noise.

Invited
AS1D.2 • 08:30
Reducing the impact of failures in Next-Generation
Optical Access Networks, Jiajia Chen1; 1KTH, Sweden.
This paper evaluates reliability performance in next generation optical access (NGOA) networks which offer highbandwidth and large service coverage. A comprehensive
view into the way to reduce impact of failures in NGOA
is presented.

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Hibiscus

Marigold

DahliaCamellia

07:45–18:00 Registration Open

08:00–09:45
AS1E • SC 5 - Optical Sensors andTrace Gas Sensing
Presider: Bai-ou Guan; Jinan Univ., China

08:00–09:45
AS1F • SC 6 - Approaches for High
Efficiency and White LEDs
Presider: S. David Roh; LG Innotek, South
Korea

08:00–09:45
AS1G • SC 3 - Innovative Subsystems
Presider: Ian White; Univ. of Cambridge, UK

08:00–09:45
AS1H • SC 2 - Quantum Well andQuantum Dot Structures
Presider: Jian-Jun He; Zhejiang Univ., China

InvitedAS1E.1 • 08:00
From gases in glass to ultra-high temperature stable optical fibre grating sensors, John Canning1; 1iPL, The Univ. of
Sydney, Australia. Gas-loading is essential for regenerationand its role in producing ultra-high temperature stable gratings. Recent work with He confirms a physical relaxation
mechanism. Here the process and applications are reviewed.

Invited
AS1F.1 • 08:00
Controlled Integration of Silica Nanospheres in A-plane
GaN on R-plane Sapphire, Sun Hyun Park 1, Euijoon
Yoon1; 1Seoul National Univ., Republic of Korea. Nano-scale
silica nanospheres were selectively integrated in threedimensional a-plane GaN buffer. We attribute the improved
efficiency of the a-plane GaN LEDs to the improved crystal
quality and increased extraction efficiency by imbedded
silica nanospheres.

AS1G.1 • 08:00
Cascadability of Silicon Microring Resonators for
40-Gbit/s OOK and DPSK Optical Signals, Oskars
Ozolins 1,2, Yi An 2, Zohreh Lali-Dastjerdi 2, YunhongDing2, Vjaceslavs Bobrovs1, Girts Ivanovs1, Christophe
Peucheret2; 1Telecommunications Institute, Riga Technical
Univ., Latvia;2Department of Photonics Engineering, Technical Univ. of Denmark, Denmark. The cascadability of asingle silicon micro-ring resonator for CSRZ-OOK and
CSRZ-DPSK signals is experimentally demonstrated at 40
Gbit/s for the first time. Error-free performance is obtained
for both modulation formats after 5 cascaded resonators.

Invited
AS1H.1 • 08:00
Improving Photonic Hardware and Software for Quantum Information, Xiao-Qi Zhou 1; Pruet Kalasuwan1,
Timothy C. Ralph 3, Alberto Peruzzo 1, Mian Zhang 1,
Jeremy O’Brien1; 1University of Bristol, UK; 2University of
Queensland, Australia. We improved the photonic hardwarefor quantum information by using integrated photonic
waveguides and the photonic software by simplifying thequantum gates through accessing higher dimensional
Hilbert space.

AS1G.2 • 08:15
Multiband Bandpass Microwave Photonic Filter By Utilizing Wide-band Optical Source Slicing, Yang Jiang1, Jing
Xu1, Zhuya Zhou1, Hengwen Li1, Shunyan Wang1; 1Guizhou
Univ., China. A multiple-passband bandpass microwave
photonic filter whose passband number and resonancefrequencies can be selected is analyzed and experimentallydemonstrated. The proposed scheme shows good flexibility,
high spectrum efficiency and great extension potential.
AS1E.2 • 08:30 Invited
Development of Nano-Strain-Resolution Fiber Optic
Static Strain Sensor for Crustal Deformation Monitoring,
Zuyuan He1,2, Qingwen Liu1,2, Tomochika Tokunaga3; 1StateKey Laboratory of Advanced Optical Communication Systems and Networks, Shanghai Jiao Tong Univ., China; 2Department of Electrical Engineering and Information Systems,
Univ. of Tokyo, Japan; 3Department of Environment Systems,
Univ. of Tokyo, Japan. The first realization of nano-strainresolution fiber optic static strain sensor is introduced.
Theoretical analysis and experimental demonstration are
reviewed. With this sensor, crustal deformations inducedby oceanic tide and by earthquake were clearly observed.

Invited
AS1F.2 • 08:30
InGaN / GaN Nanostructures for Efficient LEDs, P. Daniel
Dapkus1, Ting Wei Yeh1, Yenting Lin1; 1School of Engineering, Univ. of Southern California, USA. GaN nanorods andnanosheets with non-polar facets are used as templates toform InGaN QW active regions for LEDs on the nonpolar
facets. Uniform, narrow spectra light emitting regions areformed on the nonpolar facets.

Invited
AS1G.3 • 08:30
Next Generation ROADM Architectures, Winston I.
Way1; 1R&D, NEOPhotonics Corp, USA. Next generation
multi-degree ROADM architectures, including CDC (colorless, directionless, and contentionless) and CD (colorlessand directionless) ROADMs are reviewed.

AS1H.2 • 08:30
Tensile-strained InGaAsP-InP quantum-well laser withcoupled disks emitting at 1.5μm, Yong-Zhen Huang1,
Qi-Feng Yao1, Yun Du1, Xiao-Meng Lv1, Ling-xiu Zou1,
Heng LOng1; 1Institute of Microelectronics of CAS, China.
We fabricate a tensile-strained InGaAsP-InP quantumwell laser with coupled two disks, emitting at 1.5μm. Fora microdisk with radius of 10μm and a 2-μm-wide output
waveguide, a continuous-wave threshold current is 24mA
at room temperature.

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AS1A.3 • 08:45
Modeling of graphene-based passively Q-switched Tm3+doped fiber laser, chun liu1, Chenchun Ye1, Yonglong
Zheng1, Zhen Liu1, Zhengqian Luo1, Huihui Cheng1; 1Xiamen Univ., China. A theoretical model of graphene-based
saturable absorber is proposed and used to numericallyinvestigate graphene-based Q-switched Tm3+-doped fiber
lasers (GQ-TDFLs). The numerical results are in excellent
agreement with those reported experimental results of the
GQ-TDFLs.

AS1B.3 • 08:45
Linear and Nonlinear Optical Absorption of on-chip
Silicon-on-insulator Nanowires with Graphene, Longhai
Yu1, Yang Xu2, Yaocheng Shi1, Daoxin Dai1; 1Centre for
Optical and Electromagnetic Research, State Key Laboratory
for Modern Optical Instrumentation, Zhejiang Provincial
Key Laboratory for Sensing Technologies, Zhejiang Univ.,
China; 2Department of Information Science and Electronic
Engineering, Zhejiang Univ., China. Silicon-on-insulator(SOI) nanowires with a single-layer graphene are fabricatedand characterized. The propagation losses of TE- and TMpolarization modes are measured. Nonlinear absorption
effect introduced by the graphene is also observed.

AS1C.3 • 08:45
Influence of Digital Dispersion Equalization on Phase
Noise Enhancement in Coherent Optical System,
Tianhua Xu1,2, Gunnar Jacobsen2, Sergei Popov1, Jie Li2,
Sergey Sergeyev4, Yimo Zhang3; 1School of Information andCommunication Technology, Royal Institute of Technology,
Sweden; 2Netlab, Acreo AB, Sweden; 3College of Precision
Instrument and Opto-electronics Engineering, Tianjin Univ.,
China; 4Aston Institute of Photonic Technologies, Aston Univ.,
UK. The phase noise enhancement due to digital dispersion equalization is investigated, which indicates that thephase noise from transmitter laser can also interact withthe dispersion depending on the choice of digital dispersion
compensation methods.

AS1A.4 • 09:00
Intermodal-beating mode-locking: toward higher-orderharmonic mode-locking of Raman laser, Zhengqian Luo1,
Huihui Cheng1, Hongyan Fu1, Chenchun Ye1, Huiying Xu1,
Zhiping Cai1; 1Department of Electronic Engineering, Xiamen Univ., China. We demonstrate a new mode-locking
technique (i.e. intermodal-beating mode-locking, IBML) in
Raman fiber lasers to develop high-order harmonic modelocking. By satisfying the harmonic frequency-matched
condition of IBML, the harmonic of mode-locking as highas 680th-order is successfully achieved.

AS1B.4 • 09:00
Directed optical half-adder based on microring-resonator-based optical switches, Yonghui Tian1, Lin Yang1, Lei
Zhang1, Ruiqiang Ji1, Jianfeng Ding1, Ping Zhou1, Weiwei
Zhu1, Yangyang Lu1; 1Chinese Academy of Sciences, Instituteof Semiconductors, China. We fabricate a directed optical
logic circuit on silicon-on-insulator platform which can
implement the addition of two bits. For proof of concept,
a thermo-optic switch effect is employed with an operation
speed of 10kbps.

AS1C.4 • 09:00
Low Complexity Blind Level Discrimination Carrier Phase Recovery Algorithm in Optical Coherent
Receiver, Md. Ibrahim Khalil1, Md. Mosaddek H. Adib1,
Arshad M. Chowdhury1,2, Md. Saifuddin Faruk3, Geekung
Chang2; 1Department of Electrical Engineering and Computer
Science, North South Univ., Bangladesh; 2School of Electricaland computer Engineering, Georgia Institute of Technology,
USA; 3Department of Electrical and Electronic Engineering,
Dhaka Univ. of Engineering and Technology, Bangladesh.
We propose and demonstrate a low complexity blind Level
Discrimination Carrier Recovery Algorithm (LD-CRA)
for optical coherent receivers. Through optimization of
step size parameter we found that LD-CRA has below 2
dB OSNR penalty for 14Gbaud 16-QAM signal for 600
kHz linewidth laser.

AS1D.3 • 09:00
An Efficiency-Improved MAC Protocol for Asynchronous ONUs in OFDMA PONs, Lilong Liu1, Xuelin Yang1,
Weisheng Hu1; 1Shanghai Jiao Tong Univ., China. We propose an efficiency-improved MAC protocol for OFDMA
PONs that dynamically assigns control subcarriers toeliminate synchronization need and exploit statistical multiplexing gain among traffic of ONUs for high performancein delay and throughput.

AS1A.5 • 09:15
Generation of Efficient High-Energy Domain-Wall
Pulse in a Long-Cavity Fiber Ring Laser, Ai-Ping Luo1,
Zhen-Bin Lin1, Peng-Fei Zhu1, Xiao-Bo Xing2, Zhi-Chao
Luo1, Wen-Cheng Xu1; 1School of Information and Optoelectronic Science and Engineering, South China Normal Univ.,
China; 2MOE Key Laboratory of Laser Life Science & Instituteof Laser Life Science, South China Normal Univ., China. A
high-energy pulse fiber laser with long-cavity length basedon domain-wall theory was proposed and demonstrated.
At a maximum pump power of 200 mW, 56.3 nJ pulse
with 79.98 kHz repetition ration was efficiently generated.

AS1B.5 • 09:15
All-optical Membrane INP Switch on Silicon for Access
Applications, Oded Raz2, Martijn Tassaert1, GuntherRoelkens1,2, Harm Dorren2; 1INTEC, Universiteit Gent,
Belgium; 2ECO, Eindhoven Univ. of Technology, Netherlands.
Using an integrated membrane switch on SOI, opticalclock distribution is achieved while all-optical switchingof datapackets is maintained. Transmission through 25km
SMF is demonstrated with 1.5dB penalty, limited by signal
OSNR and pump extinction.

AS1C.5 • 09:15 Invited
Advanced DSP for optical transmission impairment
mitigation, Robert Killey1, Sean Kilmurray1, Polina Bayvel1; 1Univ. College London, UK. We investigated the performance, through simulations, of multi-channel digital backpropagation-based nonlinearity compensation (NLC) for
digital Nyquist WDM transmission over uncompensatedstandard SMF links. We also review recently developed
approaches to reduce NLC algorithm complexity.

AS1D.4 • 09:15
Delivery of VoD services on PONs using Local Storages: Analysis of QoS, Sandu Abeywickrama1, Elaine
Wong1,2; 1National ICT Australia, Australia; 2Centre forEnergy-Efficient Telecommunications, Australia. For the
first time, we conduct packet level simulations of Video-onDemand over Passive Optical Networks with local storages.
We propose that strategic placement of a local storage canenable the services to be delivered with improved Qualityof-Service to the end user.

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AS1H.3 • 08:45
Structural and optical characterization of highly-strained
BInGaAs/GaAs quantum wells, Zhigang Jia1, Qi Wang1,
Xiaomin Ren1, Yingce Yan1, Shiwei Cai 1, Xia Zhang1,
Yongqing Huang1, Xiaofeng Duan1 1State Key Laboratory of Information Photonics and Optical Communications(Beijing Univ. of Posts and Telecommunications), China.
Highly-strained BInGaAs/GaAs quantum wells have beengrown at low temperature by incorporating boron element
into InGaAs/GaAs quantum wells. The effects of boron
incorporation on the structural and optical properties ofhighly-strained InGaAs/GaAs QWs been investigated.

InvitedAS1E.3 • 09:00
Applications of MIR-Laser Systems for Plasma Diagnostics and Trace Gas Detection in Basic Research andIndustry, Jürgen Röpcke1 1Plasma Diagnostics, INP Greifswald, Germany. The aim of the present contribution is toreview recent achievements using mid infrared absorption
spectroscopy based on quantum cascade lasers (QCLAS)
for plasma diagnostics and trace gas monitoring in basic
research and industry.

AS1F.3 • 09:00
Light extraction enhancement of light-emitting diodewith two-dimensional circular photonic crystals, Jian
H. Lin1, Bing Chang Guo1, Ta-Hsin Chou2, Hung-Yi Lin2,
Hung-Chih Kan1, Chia Chen Hsu1,3 1Department of Physics,2
Mechanical and System Research Laboratories, Industrial Technology Research
3
Graduate Institute of Opto-Mechatronics,
National Chung Cheng Univ., Taiwan. We demonstrate theenhancement of light extraction efficiency of GaN lightemitting diodes (LEDs) with circular photonic crystal(CPC). The enhancement of photoluminescence intensityof CPC LED is 8.6 times, compared to a normal LED.

AS1G.4 • 09:00
A Simple Photonic Method of Quasi-High-Order UltraWideband Pulse Generation with Adjustable Shape,
Jinyang Liu1, Kun Zhu1, Hongyan Fu2, Chenhui Ye1 1Centre
for Optical and Electromagnetic Research, State Key Laboratory of Modern Optical Instrumentation, Zhejiang Univ.,
China;2Department of Electronic Engineering, Xiamen Univ.,
China. A novel photonic method for quasi-high-orderultra-wideband (UWB) pulse generation is proposed,
analyzed, and experimentally demonstrated. Switchable
quasi-fourth-order and quasi-high-order UWB pulses areachieved and the present scheme is simple, reconfigurable,
and shape-controllable.

AS1H.4 • 09:00
Fabrication of PbS-PEG Hybrid Nanocomposite Infrared Detectors, Ali Rostami1,2, Mahboubeh Dolatyari1,
Somayeh Miri1, Hemayat Shekari3, Hamed Baghban1, Hasan
Rasooli1 1aSchool of Engineering-Emerging Technologies,2
Photonics andNanocrystal Research Lab. (PNRL), Faculty of Electrical andComputer Engineering, Univ. of Tabriz, Islamic Republic of3
Department of Physical Chemistry, Faculty of Chemistry, Univ. of Tabriz, Islamic Republic of Iran. Novel infrared
photodetectors based on PbS-PEG hybrid nanocomposite
has been successfully fabricated. The fabricated device
indicates high photosensitivity and responsivity rather thanbare PbS detectors by a factor of ~ 46 and ~26 respectively.

Invited
AS1F.4 • 09:15
Light Extraction Efficiency in III-Nitride LEDs, ShoouJinn Chang1 1National Cheng Kung Univ., Taiwan. Light
extraction efficiency (LEE) of GaN-based LEDs is limits
mainly by the high refractive index of GaN. We will introduce methods proposed previously and present new
methods to further enhance LEE of GaN-based LEDs.

AS1G.5 • 09:15
RF-IF Downconversion and Linearization of an Analog
Photonic Link Based on Digital Signal Post-Compensation, Ran Shi1, Pengxiao Li1, Minghua Chen1, Sigang Yang1,
Hongwei Chen1, Shizhong Xie1 1Electronic Engineering,
Tsinghua Univ., China. A novel analog photonic link for
RF-IF downconversion is proposed. Nonlinear distortions components are significantly suppressed by 27 dB
using DSP-based post-compensation method. An SFDR
of 125dB-Hz2/3 is achieved, which is improved by 15 dB.

Invited
AS1H.5 • 09:15
GaSb-Based Laser, Monolithically Grown on Silicon
Substrate, Emitting at 1.55 m at Room Temperature, Eric
Tournie1, J. R. Reboul1, K. Madiomanana1, L. Cerutti1, J. B.
Rodriguez1; 1University de Montpellier, Montpellier, France.
We will present cw operation of GaSb-based devices allow
covering the whole near- to mid-IR wavelength range. We
will present our results in developing 1.55 µm lasers andtheir direct integration onto Si substrates.

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AS1A.6 • 09:30
Numerical investigation of dissipative soliton generationin an all-fiber thulium-doped fiber ring laser, Handing
Xia1, HE-PING LI1, Xiaoxia Zhang1, Shangjian Zhang1,
Xionggui Tang1, Yong Liu1; 1Univ of Electronic Science& Tech China, China. We numerically demonstrate thedissipative soliton generation in an all-fiber mode-locked
thulium-doped fiber ring laser. It is shown that dissipative
solitons could be formed with a SESAM acting as a modelocker and a filtering-equivalent component.

AS1B.6 • 09:30
Dual-band Metamaterial Absorber based on Asymmetrical Snowflake-Shaped Resonators, Haibin Sun1,
Guangjun Wen 1, Yongjun Huang 1, Jingping Zhong 1,
Weiren Zhu2; 1School of Communication and Information
Engineering, Univ of Electronic Science & Tech China,
China;2Department of Electrical and Computer Systems Engineering, Monash Univ., Australia. A dual-band metamaterial
absorber based on asymmetrical snowflake-shaped resonators is presented. The absorption bands can be controlled
by adjusting the branch lengths of resonators. Simulationand experiment are employed to demonstrate the proposeddual-band absorption characteristics.

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AS1D.5 • 09:30
Optimizing Backup Resource Configuration in Survivable Fiber-Wireless Access Network Considering Failure
Probability, Yejun Liu1, Lei Guo1, Lincong Zhang1; 1Northeastern Univ. (China), China. This paper focuses on thesurvivability of FiWi access network. A protection scheme
is proposed to tolerate multiple-segments failure considering failure probability. Simulation results demonstrate thatthe proposed scheme is effective in optimizing backup
resource.

09:45–10:15 Tea Break, 3rd Floor Hallway (Near Exhibition Area)

10:15–12:00
AS2A • SC 1 - Fiber Devices II
Presider: Yunqi Liu;Shanghai Univ., China

10:15–12:00
AS2B • SC 2 - Plasmonic andNonlinear Effects II
Presider: Laurent Vivien; UP Instd’Electronique Fondamentale, France

10:15–12:00
AS2C • SC 3 - Advanced Subsystems
Presider: Lianshan Yan; Southwest Jiaotong
Univ., China

10:15–12:00
AS2D • SC 4 - Optical Transport
Networks
Presider: Paolo Monti; The Royal Institute ofTechnology, Sweden

AS2A.1 • 10:15 Invited
Nano-wire Fibers, Limin Tong1; 1Zhejiang Univ., China.
We will discuss recent research on microfibers and devices.

Invited
AS2B.1 • 10:15
Single-particle Plasmon-resonance Spectroscopy andTransformation Optics Applications in Nanoplasmonics, Dangyuan Lei1,2; 1Physics Department, Imperial College
London, UK; 2Applied Physics Department, The Hong Kong
Polytechnic Univ., China. In this invited talk, I will introduce
a novel spectroscopic technique based on single-particle
plasmon resonance and its applications in nanomaterial
studies, and a powerful theoretical approach based on transformation optics for designing plasmonic nanostructures.

AS2C.1 • 10:15
RF Down-Conversion Based on Optically Injectionlocked VCSEL, Peng Guo1, Cheng Zhang1, Weijian Yang2,
Devang Parekh2, Connie J. Chang-Hasnain2, Weiwei Hu1,
Anshi Xu1, Zhangyuan Chen1; 1Peking Univ., China; 2Univ.
of California at Berkeley, USA. All-optical frequency downconversion of microwave signals is proposed by directly
modulated optically injection-locked VCSEL. Two tone 5
GHz RF signals are down-converted to 100 MHz IF signals
with 0.0 dB OIL RF down-conversion gain.

AS2D.1 • 10:15 Invited
Service-aware transport networks, Huiying Xu1; 1Xiamen Univ., China. We will discuss service-aware transport
networks.

AS2C.2 • 10:30
Burst-Mode Receiver using DQPSK, Runhong Tang1,
Huadong Li1, Zhengfeng Qian1, Kwok Wai Cheung1; 1Department of Information Engineering, The Chinese Univ.
of Hong Kong, Hong Kong. A burst-mode receiver using
DQPSK is proposed. Non-zero threshold is needed todifferentiate the gap times between transmissions fromthe actual packets and there is an inherent power penalty
associated with a large dynamic range.

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AS1G.6 • 09:30
Generation Method of Optical 64QAM Signal Using
Electrical Binary Drive Signals, Hyeon Y. Choi1, Takehiro
Tsuritani1, Itsuro Morita1 1KDDI R&D Labs, Japan. We
propose a new method of generating 64QAM using electrical binary drive signals. The proposed technique has apotential to achieve the high symbol rate since it does not
require the multilevel drive signals.

AS1E.4 • 09:30
Power-referenced and self-calibrated PM-FBG vibroscope, Libin Shang1, Tuan Guo1, Fu Liu1, Fa Du1, Zhaochuan
Zhang1, Bai-Ou Guan1, Hwayaw Tam2, Jacques Albert3 1In2
Photonics Research Center, Department of Electrical Engineering,
3
Department
of Electronics, Carleton Univ., Canada. A compact vibration sensing probe, i.e. SMF-PMF-FBG configuration, isdemonstrated. Two groups of well-defined resonanceswith ~ 7 nm wavelength separation have been achieved inreflection. High sensitive and power-referenced vibration
measurement has been achieved.

09:45–10:15 Tea Break, 3rd Floor Hallway (Near Exhibition Area)

10:15–12:00
AS2E • SC 5 - Clinical Biophotonics
Presider: Peter Andersen; Danmarks Tekniske
Universitet, Denmark

10:15–12:15
AS2F • SC 6 - White LEDs and IIINitride Solar Technologies
Presider: Euijoon Yoon; Seoul National Univ.,
South Korea

10:15–12:00
AS2G • SC 3 - Optical Processing I
Presider: Peter Andrekson; Chalmers
Tekniska Hogskola, Sweden

10:15–12:00
AS2H • SC 2 - Plasmonic
Nanostructures
Presider:Jesper Moerk; Danmarks Tekniske
Universitet, Germany

Invited
AS2E.1 • 10:15
Laser Detection of Tumors, Francesco S. Pavone1 1European Lab for Non-Linear Spectroscopy, Italy. An overview on
the applications of laser tumor detection in different fields,from urology to gastrointestinal surgery, dermatology andbrain surgery, will be shown.

Invited
AS2F.1 • 10:15
Nanocrystal Optoelectronics for High Quality Semiconductor Lighting, Hilmi Volkan Demir1 1Bilkent Univ.,
Turkey. We will discuss nanocrystal Optoelectronics.

Invited
AS2G.1 • 10:15
Optical Signal Processing for Multi-Level Modulation
Formats, Jian Wang1 1Wuhan National Laboratory for
Optoelectronics, Huazhong Univ. of Science and Technology,
China. We review recent works on optical signal processing for multi-level modulation formats using degenerate/
non-degenerate four-wave mixing in highly nonlinear
fibers. Data exchange, optical computing (quaternary/octal/hexadecimal addition/subtraction), and hexadecimalcoding/decoding are demonstrated.

Invited
AS2H.1 • 10:15
Plasmonic Nanostructures: Tailoring Light-matter
Interaction, Sanshui Xiao1 1DTU Fotonik, Denmark. The
flow of light can be molded by plasmonic structures within
the nanoscale. In this talk, plasmonic nanostructures forsuppressing light transmission, improving light absorption
and enhancing photoemissions are to be presented.

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InvitedAS2A.2 • 10:45
Photonic Crystal Fiber Devices, Wei Jin1, H. L. Ho1; 1HongKong Polytechnic Univ., Hong Kong. The properties of photonic crystal fibers can be radically modified by deforming, enlarging and selective filling of the air-holes. Such
post-processing would allow useful fiber devices such aspolarizers, polarization controllers, in-fiber interferometers, and etc.

AS2B.2 • 10:45
Frequency-Domain Analysis of High-Speed All-Optical
SOA-based Turbo-Switches, Gang Wang1, Cen Wu1, Xuelin
Yang1, Weisheng Hu1; 1Shanghai Jiao Tong Univ., China.
A frequency-domain model is presented for all-opticalturbo-switch incorporating two SOAs. The analysis shows
the 3 dB cut-off frequency can reach up to ~300 GHz, if
a delayed interferometer is placed between the two SOAs.

AS2C.3 • 10:45 Invited
Few-mode Compatible Optical Add/Drop Multiplexer,
Chen Xi1, An Li1, Jia Ye1, Abdullah A. Amin1, William
Shieh1; 1Univ. of Melbourne, Australia. We present fewmode compatible optical add/drop multiplexer which
can perform add/drop functionalities for mode-divisionmultiplexed signals. The OADM consists of two thin-film
filters with 5° incident angle. The OSNR penalty for add/
drop/through channels are 2.6/2.4/0.7 dB.

AS2D.2 • 10:45
On Cost Optimized Routing for Scheduled Traffic in
Multi-layer Optical Transport Networks, Hui Ding1,2,
Byrav Ramamurthy2, Pan Yi2; 1State Key Lab. of Information
Photonics and Optical Communication, Beijing Univ. of Post
and Telecommunications, China; 2Computer Science andEngineering, Univ. of Nebraska Lincoln, USA. We proposea cost-optimized routing for scheduled traffic demands
in multi-layer optical network. The results show 50% costsaving with multi-layer routing compared to single layer
approach and additional 5% saving is achieved with transponder/regenerator reuse.

AS2B.3 • 11:00
All Optical Format Conversion from 16QAM to QPSKBased on Four-Wave Mixing in Semiconductor Optical
Amplifier, Yueying Zhan1, Min Zhang1, Mintao Liu1, Lei
Liu1, Xue Chen1; 1State Key Lab. of Information Photonics
and Optical Communications (Beijing Univ. of Posts & Telecom.), China. A scheme of format conversion from optical
16QAM to QPSK signal based on FWM in SOAs is proposed. Theoretical analysis and experiments of the scheme
are conducted to validate the feasibility of the proposal.
AS2A.3 • 11:15
Cascaded Long-period Fiber Gratings on All-solid
Photonic Bandgap Fiber, Shuo Li1, Zhi Wang1, Yan-ge
Liu1, Boyin Tai1, Tingting Han1, Zhifang Wu1; 1Institute ofModern Optics, Nankai Univ., China. We investigate thefabrication of cascaded long-period fiber grating (LPFG)
and cascaded chirped LPFGs on all-solid silica bandgap
fiber. Coupling mechanism and polarization property aredemonstrated and a tunable multi-wavelength fiber laser
based on the cascaded chirped LPFGs has been proposed.

AS2B.4 • 11:15
Optical bistability of a high-Q race-track-resonatorbased on air-cladded SU-8 optical ridge waveguides, Li
Jin1, Xin Fu1, Bo Yang1, Liu Yang1, Yaocheng Shi1, Daoxin
Dai1; 1Optical Engineering, Zhejiang Univ., Centre for Optical and Electromagnetic Research, State Key Laboratory for
Modern Optical Instrumentation, Zhejiang Provincial Key
Laboratory for Sensing Technologies, China. We demonstrate
optical bistability on a small SU-8 race-track-resonator witha Q-value as high as 30000.

AS2D.3 • 11:00
Light-Tree Establishment for Optical Multicasting in
Flexible Optical WDM (FWDM) Networks, Ankitkumar
Patel1, Philip N. Ji1, Jason P. Jue2, Ting Wang1; 1Optical
Networking, NEC Laboratories of America, Inc., USA; 2The
Univ. of Texas at Dallas, USA. Multicast-enabled FWDM
network architecture is introduced and a naturally-inspired
algorithm is proposed for the light-tree establishment
problem. The algorithm improves spectral efficiency byat least 22% and 17% compared to fixed and flexible-grid
solutions respectively.
AS2C.4 • 11:15
Impact of Linear Mode Coupling on the Nonlinear
Transmission Performance of Few-mode Fibers, An Li1,
Jia Ye1, Xi Chen1, William Shieh1; 1Electrical & Electronic
Engineering, The Univ. of Melbourne, Australia. We present a
nonlinear propagation model for the few-mode fiber basedtransmission systems. Simulation results show that for
16QAM-CO-OFDM over 10x100km bi-modal fiber link,
the Q factor can be improved by 5.3dB (DMD = 1ps/nm).

AS2D.4 • 11:15
Quasi-Scheduled Optical Path Routing and Wavelength
Assignment That Uses Expected Traffic Variation, Naoaki
Osawa1, Hiroshi Hasegawa1, Ken-ichi Sato1; 1Nagoya Univ.,
Japan. We propose a novel dynamic optical network control
scheme that consists of an initial design stage based on
predicted traffic variation and a successive dynamic control
stage for adaptation to prediction error.

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Invited
AS2E.2 • 10:45
Tissue Enhanced Optical Imaging and Monitoring ofDrug Delivery, Valery V. Tuchin1,2; 1Saratov State Univ.,
Russian Federation; 2Univ. of Oulu, Finland. Tissue opticalclearing technology in application to enhanced opticalimaging and monitoring of drug delivery will be presented.
OCT, speckle and digital video enhanced imaging of humanand animal tissues will be analyzed. OCAs and delivery
techniques will be discussed.

AS2F.2 • 10:45 Invited
Simulataneous Formation of InGaN Nanostructures with
Varying Shapes for White Light Source Applications, A.
Gasim1, D. Cha2, Tien K. Ng1, Pallab K. Bhattacharya3, Boon
S. Ooi1; 1Photonics Laboratory, King Abdullah Univ. of Science & Technol, Saudi Arabia; 22Advanced Nanofabrication,
Imaging and Characterization Core Laboratory, King Abdullah Univ. of Science & Technol, Saudi Arabia; 33Department
of Electrical Engineering and Computer Science, Univ. of
Michigan, USA. Varying shapes of InGaN nanostructures
were simultaneously formed on silicon epitaxially. The
nanowires and nanomushrooms emit violet-blue light, andbroad yellow-orange-red luminescence, respectively. The
combination of which is promising for white light emission.

AS2G.2 • 10:45
90-Tone Stable Optical Frequency Comb Generation
Using a Recirculating Frequency Shifter, Ying Yu1, Cheng
Lei1, Minghua Chen1, Hongwei Chen1, Sigang Yang1, Shibao
Wu2, Shizhong Xie1; 1Department of Electronic Engineering,
Tsinghua Univ., China; 2Key Laboratory of Special Fiber
Optics and Optical Access Network, Shanghai Univ., China.
A 90-tone optical frequency comb with 4.26dB peak-topeak power fluctuation and 19.17dB tone-to-noise ratio
is realized using a recirculating frequency shifter. The
relationship between tone-to-noise ratio and the numberof tones is also studied.

AS2H.2 • 10:45
Photonic devices based on silicon hybrid plasmonic
waveguides, Fei Lou1, Zhechao Wang2, Daoxin Dai3,4, Lars
Thylen1,4, Lech Wosinski1,4; 1Royal Institute of Technology,
Sweden; 2Ghent Univ., Belgium; 3Joint research Center of
Photonics of the Royal Institute of Technology (KTH) andZhejiang Univ., China; 4Zhejiang Univ., China. A 170 nm
wide hybrid plasmonic waveguide with a loss of 0.08 dB/µm
is demonstrated experimentally. Directional couplers withdifferent gaps and microdisks with 0.5 µm radius based onsuch waveguides are also presented.

AS2G.3 • 11:00
Experimental Observation of Quantum Talbot Effects,
Xiangdong Zhang1; 1Physics, Beijing Institute of Technology,
China. We report the first experimental observation ofquantum Talbot effects with single photons and entangled
photon pairs. They exhibit unique properties, which are
different from the case of previous proof-of-principle
quantum lithography experiments.

AS2H.3 • 11:00
Novel silicon hybrid plasmonic waveguide with an inverted metal nano-rib for a nanoscale light confinement,
Qiangsheng Huang1, Fanglin Bao1, Yaocheng Shi1, Daoxin
Dai1, Sailing He1; 1Zhejiang Univ., China. A novel silicon
hybrid plasmonic waveguide with an inverted metal nanorib separated from a silicon-on-insulator by a low-index
material. The silicon hybrid plasmonic waveguide enables
a mode area of ~10^-5λ^2 and a 3μm-long propagation
distance.

AS2F.3 • 11:15
Plasmonics for Efficient Sunlight Harvesting and Photovoltaic Solar Cells, Liu Yang; Centre for Optical andElectromagnetic Research, State Key Laboratory of Modern
Optical Instrumentations, Zhejiang University, Hangzhou
310058, People’s Republic of China. Plasmonic nanotechnology enables sunlight to be efficiently harvested andmanipulated in a nanoscale region, from which photovoltaic
solar cells will benefit with enhanced efficiency and reduced
cost. Our recent advances on it are reported here.

AS2G.4 • 11:15 Invited
High-Speed Optical Signal Processing for Terabit/Second Optical Networks, Xiaoxia Wu1; 1JDSU, USA. Recent
advances of high-speed optical signal processing functionalities for Tbit/s optical networks will be presented. A briefly
discussion of the trends and challenges of all-optical signal
processing will also be given.

AS2H.4 • 11:15
Ultrasmall Directional Coupler and Disk-resonantor
Based on Nano-scale Silicon Hybrid Plasmonic Waveguides, Xiaowei Guan1, Pengxin Chen1, Xiaokun Wang1,
Lech Wosinski2,3, Yaocheng Shi1,2, Daoxin Dai1,2; 1Centre for
Optical and Electromagnetic Research, State Key Laboratory
for Modern Optical Instrumentation, Zhejiang Provincial
Key Laboratory for Sensing Technologies, Zhejiang Univ.,
China; 2JORCEP (Joint Research Center of Photonics of theRoyal Institute of Technology (KTH) and Zhejiang Univ.),
China; 3Laboratory of Photonics and Microwave Engineering,
Royal Institute of Technology (KTH), Sweden. Nanophotonic
integrated devices based on nano-scale silicon hybrid plasmonic waveguides have been demonstrated experimentally,
including directional couplers and disk-resonators. The
temperature-dependence of the hybrid plasmonic diskresonators is also characterized.

AS2E.3 • 11:15
Wide-bandwidth diffused optical spectroscopy for pharmaceutical characterization, Dmitry Khoptyar1, Arman
Ahamed Subash1, Muhammad Saleem2, Stefan AnderssonEngels1; 1Department of Physics, Lund Univ., Sweden; 2National Institute of Lasers and Optronics, Pakistan. We reporton considerable improvement in measurements precision of
the ultra broadband photon time of flight absorption/scattering spectrometer. We illustrate outstanding performanceof the instrument by performing highly precise evaluationof the chemical composition of pharmaceuticals.

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AS2A.4 • 11:30
Magneto-optical Tunability of Microstructured Optical Fiber Filled with Ferrofluid, Miao Yinping1; 1Nankai
Univ., China. all air holes of microstructured optical fiber
were filled with magnetic fluid by means of the well-known
capillarity effect. Magnetic-field response including guidance characteristic and transmission of mode in fiber were
investigated.

AS2B.5 • 11:30
Thermal Analysis and Design Optimization of SOIIntegrated Microdisk Lasers, Zhiqi Wang1, Zhen Sheng1,
Hao Li1, Chao Qiu1, Aimin Wu1, Xi Wang1, Shichang Zou1,
Fuwan Gan1; 1State Key Laboratory of Functional Materials
for Informatics, Shanghai Institute of Microsystem and Information Technology, Chinese Academy of Sciences, China. A
static thermal analysis of the hybrid InP-based microdisk
laser and a thermal optimal structure are reported. The
optimal structure reduces the thermal resistance by 64%,
and lowers the threshold current remarkably.

AS2C.5 • 11:30 Invited
Large-scale space division multiplexed transmission
through multi-core fiber, Jun Sakaguchi1, Benjamin J.
Puttnam1, Werner Klaus1, Yoshinari Awaji1, Naoya Wada1,
Atsushi Kanno1, Tstsuya Kawanishi1; 1Photonic Network
Research Institute, NICT, Japan. Rapid progress in multicore fibers and space division multiplexing technologies
has enabled large-capacity transmission exceeding the conventional single-core fiber capacity limit of approximately
100 Tb/s. In this invited paper, we review such progress
and achievements.

AS2D.5 • 11:30 Invited
TBD, Renaud Larsen1; 1Juniper Networks Inc., USA. Abstract not available.

AS2A.5 • 11:45
Nonlinear-fiber-grating-pair based low-power all-opticalswitches, Chunfei Li1; 1Department of Physics, Harbin
Institute of Technology, China. Two kinds of fiber-gratingpair all-optical switches are proposed. They consist of two
silica gratings (FBG and LPFG) connected with a nonlinear
fiber. The switching powers of these two switches are few
milliwatt.

AS2B.6 • 11:45
Propagation Characteristics of LN Photonic Wires, Emi
Saitoh1, Kunimasa Saitoh1, Masanori Koshiba1; 1Hokkaido
Univ., Japan. We investigate single-mode condition, coupling and bending characteristics of LiNbO3 (LN) photonic
wires. We show bending losses of single-mode LN wires,allowable bend radius with negligible bending losses, andpolarization-independent couplers.

12:00–13:30 Lunch BreakNOTES________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________
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AS2E.4 • 11:30
Theoretical Validation of the Optimal Wavelength
Sets used for the Capillary/Vessel Density Spatial Pattern Detection, Rajesh V. Kanawade1,2, Florian Stelzle1,3,Michael Schmidt1,2, 4; 1Clinical Photonics Lab, Erlangen
Graduate School in Advanced Optical Technologies (SAOT),
Germany; 2Chair of Photonics Technologies, Germany; 3Dept.
of Oral and Maxillofacial Surgery, Univ. Hospital Erlangen,Friedrich-Alexander , Univ. of Erlangen-Neremberg, Germany; 4Bavarian Laser Center, Germany. Clinical shock
can be detected by monitoring the capillary/vessel density
spatial pattern and blood oxygenation. In this paper, theoretical validation of the experimentally obtained optimum
wavelength sets for best capillary/vessel spatial patternmonitoring is discussed.

Invited
AS2F.4 • 11:30
III-nitride Photovoltaics, Jonathan Wierer1; 1Sandia National Laboratories, USA. III-nitride solar cells comprisedof planar and core-shell nanowire arrays are demonstrated.
The nanowire architecture enables advantages such aselastic strain relief within the InGaN shell and increased
absorption by nanowire light scattering.

AS2E.5 • 11:45
Three-Dimensional Magnetic Field Vector Measurement Using Fiber Mounted Magneto-optic Probe, Jun
Zhu1, Shilie Zheng1, Xiaofeng Jin1, Hao Chi1, Xianmin
Zhang1; 1Department of Information Science and Electronic
Engineering, Zhejiang Univ., China. A scheme for threedimensional magnetic field vector measurement using afiber mounted magneto-optic probe is proposed, which
can detect the intensity and direction simultaneously. A
theoretical analysis is performed and the system is investigated numerically.

DahliaCamellia
Invited
AS2H.5 • 11:30
Manipulating Light Scattering with Plasmonic Nanostructures, Won Park1; 1Electrical, Computer & Energy
Engineering, Univ. of Colorado, USA. This talk will present
experimental demonstration of a novel cloaking scheme
based on scattering cancellation by plasmonic metamaterial coating. It will also discuss the mechanical tuning
and symmetry lowering of Fano resonance in plasmonicnanostructures.

AS2G.5 • 11:45
100-GHz All-optical Clock Recovery with Fabry-Perot
Cavity and Semiconductor Optical Amplifier, Li Huo1,
Dong Wang1, Qiang Wang1, Caiyun Lou1; 1Tsinghua Univ.,
China. we demonstrated 100-GHz clock recovery from
100-Gb/s RZ-OOK optical signal. Fabry-Perot cavity wasused as primary clock recovery stage, SOA and opticalfilter was deployed to reduce the amplitude fluctuationfrom 46% to 12%.

12:00–13:30 Lunch BreakNOTES________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________
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13:30–15:30
AS3A • SC 4 - Optical and Radio-overFiber Transmission
Presider: Ivan Andonovic; Univ. of
Strathclyde, UK

13:30–15:30
AS3B • SC 2 - Silicon Modulators
Presider: Haisheng Rong; Intel Corporation
USA

13:30–15:30
AS3C • SC 3 - Access & Indoor
Systems
Presider: Jian Wang; Huazhong Univ. of
Science and Technology, China

13:30–15:30
AS3D • SC 4 - Network Design andEnergy Efficiency
Presider: Bart Lannoo; iMinds, Belgium

InvitedAS3A.1 • 13:30
Advanced performance measurements using 40G coherent systems, Christine Tremblay1, Andrew Cassidy1,2, Aurélien Mortelette1, Marc Lyonnais2, Thomas Tam3, Michel P.
Bélanger2; 1Ecole de technologie superieure, Canada; 2Ciena
Corp., Canada; 3CANARIE, Canada. This presentation
discusses the use of 40G coherent transponders as optical
performance monitors through recent long-term field measurements of polarization and performance fluctuations
in a 230-km optical link of CANARIE network carrying
live 10G traffic.

Invited
AS3B.1 • 13:30
Low power consumption Ge/SiGe Quantum well opticalmodulator, Delphine Marris-Morini1, Papichaya Chaisakul1, Mohamed-Saïd Rouifed1, Giovanni Isella2, Daniel
Chrastina2, Jacopo Frigerio2, Xavier Le Roux1, Samson
Edmond1, Jean-René Coudevyll1, Laurent Vivien1; 1Institut d’Electronique Fondamentale, Université Paris Sud,
France; 2Dipartimento di Fisica del Politecnico di Milano,
L-Ness, Italy. Ge/SiGe quantum well waveguide modulator
is demonstrated, working with 1V bias swing, and energy
consumption as low as 108 fJ per bit. The modulator shows
a 3dB bandwidth of 23 GHz.

AS3C.1 • 13:30
30-Gbit/s OFDM Intensity Modulation of 1550-nm
VCSEL, Cheng Zhang1, Peng Guo1, Qing Yin1, Devang
Parekh2, Werner Hofmann3, Michael Mueller3, Connie
J. Chang-Hasnain2, Markus C. Amann3, Hongbin Li1,
Hequan Wu1, Weiwei Hu1, Zhangyuan Chen1;1State Key
Laboratory on Advanced Optical Communication Systems &Networks, Peking Univ., China; 2Univ. of California, Berkeley,
USA; 3Walter Schottky Institute, Technical Univ. of Munich,Germany. We experimentally demonstrate 30-Gbit/s(24.7-Gbit/s net) OFDM intensity modulation of a low-cost
1550-nm VCSEL. The optical OFDM signals transmission
over 7-km G.655 SMF is also realized successfully.

Tutorial
AS3D.1 • 13:30
Green optical networks: power savings vs. network
performance, Paolo Monti1; 1The Royal Institute of Technology, Sweden. Nowadays, targeting energy usage only while
optimizing power consumption is not sufficient anymore.
This talk addresses a number of tradeoffs among network
performance metrics that come into play when devisingenergy-efficient strategies for optical networks.

AS3C.2 • 13:45
Long Distance Indoor High Speed Visible Light Communication System Based on RGB LEDs, Giulio Cossu1, Amir
Masood Khalid1, Pallab Choudhury1, Raffaele Corsini1, Ernesto Ciaramella1; 1TeCIP, Scuola Superiore Sant’Anna, Italy.
A visible light communication system is experimentallydemonstrated by employing RGB LEDs directly modulatedwith DMT signal. Data rate of 780 Mbit/s is achieved for the
first time at 2.5 m, common indoor ceiling-desk distance.

AS3A.2 • 14:00 InvitedHybrid Multidimensional Dynamic Optical Networking
Based on Adaptive LDPC-Coded Mode-Multiplexed
CO-OFDM, Ivan B. Djordjevic1,2, Ding Zou1, Milorad
Cvijetic2; 1ECE Dept., College of Engineering, Univ. of Arizona, USA; 2College of Optical Sciences, Univ. of Arizona,
USA. Spatial-MIMO and multiband-OFDM will lead tosignificant improvement in aggregate throughput of optical
networks. In this paper, we describe how spatial-spectral
domains can be used to enable hybrid-multidimensionaldynamic optical-networking based on adaptive-LDPCcoded mode-multiplexed-CO-OFDM.

AS3B.2 • 14:00
Design of Traveling Wave Electrode for High-speed
Silicon Modulators, Zhou Yanyang1, Zhou Linjie1, Sun
Xiaomeng1, Jianping Chen1; 1Department of Electronic Engineering, Shanghai Jiaotong Univ., China. We design a traveling wave electrode to drive carrier-depletion-based silicon
modulators. By optimizing the electrode and the connection
transmission line, the impedance can be matched to 50
Ohm.The 3-dB bandwidth of the modulator can be up to
40 GHz, mainly limited by the velocity mismatch.

InvitedAS3C.3 • 14:00
MIMO transmission through few mode fiber, Ezra
Ip1; 1NEC Laboratories America Inc, USA. This paper will
review MIMO transmission through few mode fibers.

Begonia

Dr. Paolo Monti received a Laurea degree in ElectricalEngineering (2001) from the Politecnico di Torino, Italy,
and a Ph.D. in Electrical Engineering (2005) from the
University of Texas at Dallas (UTD). From 2006 to 2008 heworked as a Research Associate of the Open Networking
Advance Research (OpNeAR) Lab at UTD. He joined theRoyal Institute of Technology (KTH) in September 2008
where he is currently an Assistant Professor in the Schoolof Information and Communication Technology (ICTCOS) and a member of the Optical Networks Laboratory(ONLab). He co-authored more than sixty papers publishedin international journals and presented in leading international conferences. Dr. Monti is one of the Guest Editors of
the Special Issue on “Green Networking and Computing” of
the Journal of High Speed Networks and he is serving on theeditorial board of the Springer Networking and Electronic
Commerce Journal. He participated in several TPCs including IEEE Globecom and ICC where he also co-Chaired twoworkshops, one on “New Dimensions in Optical Network
Survivability” and one on “Green Broadband access: energy
efficient wireless and wired network solutions”. His research

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13:30–15:30
AS3E • SC 5 - Nanoparticle-based
Biophotonics
Presider: TBA

13:30–15:30
AS3F • SC 6 - Physics and Devices
for High Efficiency LEDs
Presider: Hao-chung Kuo; National Chiao
Tung Univ., Taiwan

13:30–15:30
AS3G • SC 3 - Optical Processing II
Presider: Ezra Ip; NEC Laboratories, USA

13:30–15:30
AS3H • SC 2 - Slow Light
Presider: Daoxin Dai; Zhejiang Univ., China

Invited
AS3E.1 • 13:30
Upconverting Fluorescent Nanoparticles for Bioimaging and Therapy, Yong Zhang1; 1Bioengineering, National
Univ. of Singapore, Singapore. Upconverting nanoparticles
present a new technology for light based imaging/detection and therapy. They can be used for ultrasensitive
interference-free biodetection because most biomolecules
do not have upconversion properties. They are also usefulfor photodynamic therapy.

Invited
AS3F.1 • 13:30
Physics of High-Efficiency III-Nitride Quantum Wells
Light-Emitting Diodes, Nelson Tansu1, Jing Zhang1,
Guangyu Liu1, Hongping Zhao2, Chee-Keong Tan1, Peifen
Zhu1; 1Lehigh Univ., USA; 2Department of Electrical Engineering and Computer Sciences, Case Western Reserve
Univ., USA. The review of the approaches to achieve highefficiency III-Nitride based visible and UV light-emitting
diodes will be presented. The engineering from nanoscale,microscale, and macroscale in devices will be elaborated forhigh efficiency devices.

Tutorial
AS3G.1 • 13:30
Phase-sensitive Fiber-optic Parametric Amplifiers
and their Applications, Peter A. Andrekson1; 1Chalmers
Tekniska Hogskola, Sweden. The basics and recent progress in nonlinear fiber-based phase-sensitive parametricamplifiers is discussed. In addition, their potential use as
in-line amplifiers, resulting in significant link performance
improvement potential, is highlighted.

AS3H.1 • 13:30 Invited
Integrated Photonics Enabled by Slow Light, Jesper
Moerk1, Y. Chen1, S. Ek1, T. Suhr Skovgaard1, M. Heuck1,
Kresten Yvind1; 1Danmarks Tekniske Universitet, Denmark.
In this talk we will discuss the physics of slow light insemiconductor materials and in particular the possibilities offered for integrated photonics. This includes ultracompact slow light enabled optical amplifiers, lasers andpulse sources.

AS3E.2 • 14:00
In vivo Luminescence Imaging and Tomography using
Upconverting Nanoparticles as Contrast Agents, StefanAndersson-Engels1, Haichun Liu1, Can Xu1, Pontus Svenmarker1, Anna Gisselsson2, Pontus Kjellman2, Linda Andersson2, Rene in’t Zandt2, Fredrik Olsson2, Sarah Fredriksson2; 1Department of Physics, Lund Univ., Sweden; 2Genovis
AB, Sweden. Upconverting nanoparticles have recently
drawn increasingly attention as contrast agents for opticalbioimaging. They enable autofluorescence-free imaging
within the tissue optical window, and improved spatial
resolution as compared to conventional fluorescence- based
contrast agents.

Invited
AS3F.2 • 14:00
Simulation and Design of High Efficient LED, Chenglin
Xu1, Bahl Mayank1, Robert Scarmozzino1; 1Optical Solution
Group, Synopsys, Inc., USA. This paper presents the basic
methodology in details for simulation of incoherent LEDs
with coherent FDTD method. Design example will be given
to demonstrate how to achieve high extraction efficiency
by optimizing the optical structure.

Peter Andrekson received his Ph.D. from Chalmers University of Technology, Sweden, in 1988. After about three
years with AT&T Bell Laboratories, Murray Hill, N.J., hereturned to Chalmers where he is now a full professor at
the Department of Microtechnology and Nanoscience. He
was Director of Research at Cenix Inc. in Allentown, PA,
USA, during 2000 – 2003 and with the newly establishedCenter for Optical Technologies at Lehigh University,
Bethlehem, PA, during 2003 – 2004. His research interests
include nearly all aspects of fiber communications such as
optical amplifiers, nonlinear pulse propagation, all-optical
functionalities, and high spectral efficiency transmission.
He is co-founder of the optical test & measurement company Picosolve Inc., now part of EXFO where Andrekson
is Director of EXFO Sweden AB. Andrekson is a Fellow of
the Optical Society of America and of the IEEE. He is theauthor of about three hundred fifty scientific publications
and conference papers in the area of optical communications, including two tutorials at the Optical Fiber Communication Conference (OFC) in 2004 and 2011. He is anelected member of the Board of Governors for the IEEE
Photonics Society and is or has served on several techni-

AS3H.2 • 14:00
Experimental evidence for the mirage effect and giant
dispersive phenomena in graded photonic crystals,
Eric CASSAN1, Khanh Van Do1, Jean Dellinger2, Xavier
Le Roux1, Benoit Cluzel2, Frédérique De Fornel2; 1Institutd’Electron Fondam (Univ. PSud), France; 2Laboratoire Interdisciplinaire Carnot de Bourgogne, CNRS, France. We report
the design, fabrication, and characterization of a gradualphotonic crystal in the silicon on insulator photonics. Unusual light propagation phenomena are directly evidenced
using an original scanning near-field technique and giant
dispersion properties around 0.25µm/nm are reported.

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interests include: network planning, protocol design, performance evaluation, energy efficiency, and optimization
techniques for both optical and wireless networks.

AS3B.3 • 14:15
High speed silicon Mach-Zehnder modulator with circuit
model analysis, Hao Xu1, Xi Xiao1, Xianyao Li1, Yingtao
Hu1, Zhiyong Li1, Tao Chu1, Yude Yu1, Jinzhong Yu1; 1Institute of semiconductors,CAS, China. We report a 40 Gbit/s
traveling-wave silicon Mach-Zehnder modulator fabricatedin a commercial 0.18 μm CMOS process. A distributed
circuit model is proposed to characterize the bandwidth
performance of this modulator.

AS3A.3 • 14:30 InvitedHigh Performance Fiber-Radio Link: Digitized Radioover-Fiber Transport, Christina Lim1; 1Univ. of Melbourne,
Australia. In this paper, we review our recent work on
digitized RF transport to improve the dynamic range andperformance of fiber-radio link which is traditionally basedon analog signal transport.

Begonia

AS3B.4 • 14:30
Mach-Zehnder based optical sitches in silicon-on-insulator, Wanjun Wang1, Yong Zhao1, Ting Hu1, Huiye Qiu1, Jiangyi Yang1, Minghua Wang1, Xiaoqing Jiang1; 1Department
of Information Science and Electronics Engineering, Zhejiang
Univ., China. In this paper, we experimentally demonstrated
a series of Mach-Zehnder optical switches in silicon-oninsulator, including the 2×2, 1×3 electro-optical switch,
3×3 thermo-optical switch using a single combined phaseshifter, four-port broadband electro-optical routing switch.

AS3C.4 • 14:30
Bi-directional Multi Dimension CAP Transmission
for Smart Grid Communication Services, Xu Zhang1,2,
Maisara B. Othman2, Xiaodan Pang2, Jesper Bevensee
Jensen2, Idelfonso Tafur Monroy2; 1Tianjin Electric Power
Corporation, State Grid Corporation of China, China; 2Technical Univ. of Denmark, Denmark. We experimentallydemonstrate bi-directional multi dimension carrierless
amplitude and phase (CAP) transmission for smart gridcommunication services based on optical fiber networks.
The proposed system is able to support multi-Gb/s transmission with high spectral efficiency.

AS3B.5 • 14:45
Low-power-consumption, 40-Gb/s Mach-Zehnder silicon
optical modulator, Jianfeng Ding1, Ruiqiang Ji1, Lei Zhang1,
Lin Yang1; 1Institute of Semiconductors, Chinese Academyof Sciences, China. We demonstrate a 2-mm-long carrierdepletion modulator which can work at a speed of 40 Gbps
under a differential voltage of 0.36 V with no reverse bias.
The power efficiency could be 32.4 fJ/bit.

AS3C.5 • 14:45
Using CAP Dimensionality for Service and User Allocation for Optical Access Networks, Maisara B. Othman1,2,
Xu Zhang1, Jesper Bevensee Jensen1, Idelfonso Tafur Monroy1; 1Denmark Technical Univ., Denmark; 2Universiti Tun
Hussein Onn Malaysia, Malaysia. The usability of carrierless
amplitude and phase (CAP) modulation dimensions for service and user allocation for WDM optical access is experimentally demonstrated in a 2X2D-ODMA configuration.

Invited
AS3D.2 • 14:30
Scalable Traffic Grooming in Optical Networks, Hui
Wang1, Zeyu Liu1, George N. Rouskas1; 1North Carolina
State Univ., USA. We develop a new solution approach forthe traffic grooming problem by decomposing it into avirtual topology and traffic routing (VTTR) subproblem,
and the RWA subproblem. We solve the VTTR subproblem
with a new partial LP relaxation technique.

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cal program committees, and has also twice served as anexpert for the evaluation of the Nobel Prize in Physics. He
was an associate editor for IEEE Photonics Technology
Letters during 2003-2007. In 1993 he was awarded a pricefrom the Swedish government research committee foroutstanding work performed by young scientists, and in2000 he was awarded the Telenor Nordic research award
for his contribution to optical technologies. Currently heholds an ERC Advanced Grant for work on phase-sensitive
optical amplifiers.

AS3H.3 • 14:15
Dispersion engineered wide slot photonic crystal waveguides by Bragg-like corrugation of the slot to a comb,
Charles Caer1, Xavier Le Roux1,2, Eric CASSAN1; 1Institut d’Electronique Fondamentale, Univ. Paris-Sud,
France; 2CNRS, France. We report slow light measurements
in comb photonic crystal waveguides. Group indiceshigher than 100 are experimentally reported using an
integrated Mach-Zehnder Interferometer. This waveguide
geometry offers opportunities to achieve ultra-high light
confinement.

AS3F.3 • 14:30
Study of Blue InGaN Multiple Quantum wells Lightemitting Diodes with P-type Quantum Barriers, CHAO LIU1,
Taiping Lu1, Zhiwei Ren1, Xin Chen1, Bijun Zhao1, Yian
Yin1, Jinhui Tong1, Shuti Li1; 1South China Normal Univ.,
China. Blue light-emitting diodes with p-GaN and p-AlGaN
barriers have been numerically studied. The results showthat when the traditional p-GaN barriers were replacedby p-AlGaN barriers, improved light output power andefficiency droop were observed.

AS3G.2 • 14:30
A Scheme of Advanced Modulation Formats Generation Based on XPM in SOA-MZI, Yueying Zhan1, Min
Zhang1, Mintao Liu1, Lei Liu1, Xue Chen1; 1State Key Lab.
of Information Photonics and Optical Communications(Beijing Univ. of Posts & Telecom.), China. A scheme of
optical QPSK and 16QAM signal generation based on
XPM in SOA-MZI is proposed. The receiver sensitivity of
the generated QPSK and 16QAM signal are -27.5dBm and-24dBm at BER of 10-9.

AS3H.4 • 14:30
A Tunable Bragg Grating Optical Delay Line Based on
Chirp Dynamic Tuning, Sun Lili1, Linjie Zhou1, Zhi Zou1,
Tong Ye1, Jianping Chen1; 1Shanghai Jiaotong Univ., China.
A novel tunable optical delay line based on dynamic chirp
tuning in a Bragg grating is proposed. The chirp is actively
tuned by a linearly-varied p-i-n diode or a p-i-p thermal
resistor. Numerical simulations are performed to characterize the optical performances.

Invited
AS3F.4 • 14:45
Improvement in Efficiency Droop of GaN-based Lightemitting Diodes by Optimization of Active Regions, Haochung Kuo1, Da-Wei Lin1, Wang Chao-Hsun1, Shih-Pang
Chang1, Ching-Hsueh Chiu1, Yu-Pin Lan1, Zhen-Yu Li1,
Jin-Chai Li1, Tien-Chang Lu1, Shing-Chung Wang1; 1Department of Photonics and Institute of Electro-OpticalEngineering, National Chiao Tung Univ., Taiwan. In thispaper, we propose several methods to improve the efficiency
droop of GaN-based light-emitting diodes by optimizationof active regions, such as alternative substrates, semi-polar
MQWs, insertion layer, graded-thickness MQWs, andgraded-composition EBL.

AS3G.3 • 14:45
All-Optical Simultaneous 160-Gbit/s Data Selector andFredkin Gate Using Twin Four-Wave Mixing Processes
in Si-nc Slot Waveguides, Chengcheng Gui1, Jian Wang1,
Chao Xiang1, Yonghao Liu1, Shuhui Li1; 1Wuhan National
Laboratory for Optoelectr, China. We design Silicon nanocrystal slot waveguides enabling light confinement andenhanced nonlinearity. By exploiting twin FWM processes
in waveguides, we simulate and implement simultaneous
160-Gbit/s data selector and Fredkin gate. Extinction ratio,
Q-factor and eye opening are evaluated.

AS3H.5 • 14:45
Compact and spectrally selective asymmetric co-directional coupler using slow light photonic crystal waveguide, Eric CASSAN1, Anatole Lupu1; 1Institut d’Electron
Fondam (Univ. PSud), France. The design of a co-directional
coupler based on the coupling between fast and slow waves
in the silicon photonic technology is reported. The related
length×bandwidth merit factor is 0.055nm×mm, which
represents an in improvement by a factor of 70 with respect
to the present state-of-the-art.

AS3E.3 • 14:15
Multi-photon evanescent wave (MPEW) excited lanthanide-doped upconverting nanoparticles (UCNPs)
for fast single particles tracking and live cell membrane
imaging, Qiuqiang Zhan1,2, Hao Cheng2, Jun Qian2, SailingHe1,2; 1ZJU-SCNU Joint Research Center of Photonics, South
China Normal Univ., China; 2Centre for Optical and Electromagnetic Research, Zhejiang Univ., China. We propose
a novel multi-photon evanescent wave (MPEW) excitation
modality for upconverting nanoparticles (UCNPs) based
microscopy. Experimental results show this new imaging
method for UCNPs is nonscanning, ultrahigh contrast andhigh spatiotemporal resolution.
Invited
AS3E.4 • 14:30
From Combinatorial Chemistry to Nanocarriers forCancer Therapy and Imaging, Kit S. Lam1; 1Departmentof Biochemistry & Molecular Medicine, Univ. of California
Davis, USA. The enabling one-bead-one-compound
combinatorial library method allows us to rapidly develop
optical probes and cancer targeting agents for cell surface
receptors. The targeting agents can be incorporated into
the novel nanocarriers for delivery of theranostic agentsagainst cancer.

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AS3A.4 • 15:00
Engineering 400G in Metro/Regional Networks, Richard
Younce1, Julia Larikova1, Yajun Wang1; 1Tellabs, USA. Network and nodal architectural alternatives are considered
for 400G+ transmission based on 100Gb/s and 200Gb/s
subchannels in super-band transmission. Reach results arederived for practical metro/regional networks. The results
provide clear direction for architectural decisions.

AS3B.6 • 15:00 Invited
Silicon on insulator modulator structures for data rates of
40 Gb/s and above, Frederic Y. Gardes1, Dave J. Thomson1,
Graham T. Reed1, Jeam Marc Fedeli2, L. O’Faolain3, Kapil
Debnath33, Thomas Krauss3, Leon Lever4, Z. Ikonic4, R.
W. Kelsall4; 1ORC, Univ. of Southampton, UK; 2CEA-Leti,
France; 3School of Physics & Astronomy,, Univ. of St Andrews,
UK; 4Institute of Microwaves and Photonics, Univ. of Leeds,
UK. In this work we describe carrier depletion MZI and ring
modulators, cavity structures for modulation enhancement
and QCSE modulators, all of which are under development
as part of the UK Silicon Photonics project and the European HELIOS project.

AS3C.6 • 15:00
Multi-band QPSK Signal Transmission Implemented
with Remote Up-Conversion and Schottky Diode RF
Detectors in a 60-GHz Mm-Wave RoF system, Jie Liu;
Hong Kong Polytech University, Hong Kong. A simple opticalremote up-conversion technique and aSchottky diode RF
detectorhave been implemented in a 60 GHz ROF system
to demonstrate multi-band QPSK signal over 50-km fiberand 4-meter wireless transmission.

AS3D.3 • 15:00
Optimal Port Grouping for Maximal Router Card Sleeping, Yunlei Lui1, Gangxiang Shen1, Weidong Shao1; 1Schoolof Electronic and Information Engineering, Soochow Univ.,
China. To save energy consumption of IP over WDM networks, we develop an MILP model and an efficient heuristic
to properly group router ports so as to maximally sleep
router cards. Results indicate that the proposed card-based
sleeping strategy can save up to 30% energy consumption.

AS3A.5 • 15:15
Long Term Monitoring of Chromatic Dispersion Fluctuations in a Buried Fiber Cable in a Tropical Climate, Kok
H. Fong1, Zainuddin Lambak1, Kharina Khairi1, Muhamad
Najib Abdul Rahman1, Zulkifli Hamzah1, Mohd Ismail Abdan1; 1Telekom Research & Development Sdn Bhd, Malaysia.
We investigate chromatic dispersion fluctuations of 120 kmof deployed fibers by long term monitoring and theoreticalanalysis. We discussed the implications to the deploymentof high speed transmission systems in tropical climates.

AS3D.4 • 15:15
Optimal Design of Cost- and Energy-Efficient Scalable
Passive Optical Backbone Networks, Farzad Abtahi 1,
Cicek Cavdar1, Jiajia Chen1, Sahar Khanmohamadi1,4, Lena
Wosinska1, Guillaume Mantelet2, Émile Archambault2,
Christine Tremblay2, Michel P. Bélanger3; 1Information andCommunication Technology, The Royal Institute of Technology KTH, Sweden; 2Department of Electrical Engineering,
École de technologie supérieure (ÉTS), Canada; 3Ciena Corp.,
Canada;4Ericsson AB, Sweden. We propose an optimization
model minimizing number of wavelengths in passive opticalbackbone networks and obtaining the same resource usage
as in networks based on active switching while reducing
both cost and power consumption.

15:30–16:00 Tea Break, 3rd Floor Hallway (Near Exhibition Area)

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AS3E.5 • 15:00
Photosensitizer Encapsulated Organically Modified Silica (ORMOSIL) Nanoparticles for Tumor Diagnosis andPhotodynamic Therapy, Jun Qian1, Sailing He1; 1Centre for
Optical and Electromagnetic Research, Zhejiang Provincial
Key Laboratory for Sensing Technologies, China. Organically modified silica (ORMOSIL) nanoparticles show great
potentials of multimodal bio-imaging and “theranostic”. We
introduce the synthesis/functionalization of photosensitizer
encapsulated ORMOSIL nanoparticles, and report theirapplications in tumor diagnosis and photodynamic therapy.
AS3E.6 • 15:15
Mitochondria Targeting Single-Walled Carbon Nanotubes for Cancer Photothermal and Photoacoustic
Therapy, Feifan Zhou, Da Xing; MOE Key Laboratory ofLaser Life Science & Institute of Laser Life Science, College
of Biophotonics, South China Normal University, China. In
the current study, we explore novel phototherapy model forcancer with mitochondria-targeting single-walled carbon
nanotubes (SWNTs), which could prove to be a promising selective local treatment modality, while minimizing
adverse side effects.

DahliaCamellia

AS3G.4 • 15:00
A phase stabilized quadruple OTDM multiplier for RZ/
CS-RZ optical clock with an optical bandpass filter,
Masato Otsuki1, Renjo Takama1, Hiroyuki Toda1; 1Doshisha
Univ., Japan. We demonstrate a phase stabilized quadruple
OTDM multiplier for RZ/CS-RZ optical clock with an optical bandpass filter. 10 GHz optical clock was multiplied to
40 GHz with 17 dB undesired sideband suppression ratio.

Invited
AS3H.6 • 15:00
On some slow light structures with metamaterials, Sailing He; JORCEP--Sino-Swedish Joint Research Center of
Photonics. We will discuss some slow light structures withmetamaterials.

AS3F.5 • 15:15
Droop Improvement in Blue InGaN Light Emitting
Diodes with AlGaN/InGaN Superlattice Barriers, Jinhui
Tong1, Shuti Li1; 1Institute of Opto-electronic Materials andTechnology, South China Normal Univ., China. We study
the characters of blue InGaN light emitting diodes with
AlGaN/InGaN superlattice barriers. The efficiency droop
can be markly improved when the AlGaN/InGaN superlattice barriers are used.

15:30–16:00 Tea Break, 3rd Floor Hallway (Near Exhibition Area)

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16:00–18:00
AS4A • SC 4 - Data Centers andOptical Interconnects
Presider: George Rouskas; North Carolina
State Univ., USA

16:00–18:00
AS4B • SC 2 - Photonic Integrated
Circuits
Presider: Guang-Hua Duan; Alcatel-Thales
III-V Laboratory, France

16:00–18:00
AS4C • SC 2 - Transmission
Impairments
Presider: Chongjin Xie; Alcatel-Lucent BellLabs, USA

16:00–18:00
AS4D • SC 4 - Elastic Optical
Networks II
Presider: Christine Tremblay; École deTechnologie Supérieure, Canada

InvitedAS4A.1 • 16:00
Intra- and Inter- Data Center Networking Architectures
for Future Cloud Computing, Ben Yoo1; 1Univ. of California Davis, USA. This paper covers (1) extremely highthroughput and low-latency inter-data center networking
with high-radix AWGR optical switches, and (2) elastic
optical networking for interconnection of large data centers
and telecommunication systems in the cloud.

Tutorial
AS4B.1 • 16:00
Modeling and design of high density photonic integrated
circuits, Weiping Huang1; 1McMaster Univ., Canada. In
this tutorial, I will give a general overview of the recent
development for modeling and simulation of photonic
devices and ICs. I will address some of the technical issues
related to modeling and simulation of photonic devices
for real-world applications. In particular, I will present ahierarchical model developed for complex photonic ICs.
Finally, other aspects of computer-aided design for photonic
devices such as model parameter extraction and design
optimization will be discussed.

InvitedAS4C.1 • 16:00
Phase estimation in Digital Coherent Optical Communications, Changyuan Yu1,2, Pooi-Yuen Kam1, Shengjiao
Cao1; 1ECE Department, National Univ. of Singapore, Singapore; 2A*STAR Institute for Infocomm Research, Singapore.
We review our work of decision-aided phase estimation
methods for both single carrier and OFDM coherent opticalcommunication systems.

Invited
AS4D.1 • 16:00
Strategies for Improving the Throughput of Dynamic
Service Provisioning in Elastic Optical Networks, Zuqing Zhu1, Wei Lu1, Liang Zhang1; 1Univ. of Sci. & Tech.of
China, China. In this talk, we discuss several novel dynamic
routing, modulation and spectrum assignment algorithms
for high throughput service provisioning in elastic optical
networks. The simulation results indicate that the proposed
algorithms achieve larger resource utilization.

AS4C.2 • 16:30
Blind and Low Complexity CD Compensation and Estimation Method in DSP based Coherent Optical Systems,
Emma Matarazzo1, Raffaele Corsini1, Andrea Peracchi1,
Tommaso Foggi1, Gianluca Meloni1, Luca Potì1, Roberto
Magri2, Ernesto Ciaramella1; 1CNIT, Italy; 2Ericsson Telecomunicazioni, Italy. A chromatic dispersion compensationand estimation algorithm for coherent optical systems is
proposed and experimentally validated. The method isbased on a Frequency Domain Equalizer, a Time Domain
Equalizer and an Optical Performance Monitoring blockin loop configuration.

AS4D.2 • 16:30
Traffic Grooming in Flexible Bandwidth Optical Networks, Yibo Jia1, Jie Zhang1, Yongli Zhao1, Ting Zhou1,
Xiaosong Yu1, Hui Yang1, Wanyi Gu1; 1Beijing Univ of Posts& Telecom, China. Three novel traffic grooming schemes
are proposed in Flexible Bandwidth Optical Networks.
Simulations show that considering both link and spectrum
resource efficiency, Improved Shortest Path Scheme canachieve better performance compared with the others.

AS4C.3 • 16:45
An Investigation on Power Allocation between Subcarriers with Mixed Formats in Spectrum-flexible Optical
Networks, Songwei Ma1, Bingli Guo1, Yunfeng Zhao1, Xin
Chen1, Juhao Li1, Zhangyuan Chen1, Yongqi He1; 1Peking
Univ., China. We investigate launched power allocation ofmulti-rate transmission with mixed 16-QAM and QPSKOFDM signals, with fixed and flexible power allocation
scheme discussed. Simulation results show that flexible
allocation scheme achieves much better transmission
performance.

AS4D.3 • 16:45
Sub-band Virtual Concatenation Lightpath Blocking
Performance Evaluation for CO-OFDM Optical Networks, Anliang Cai1, Limei Peng1, Gangxiang Shen1; 1Schoolof Electronic and Information Engineering, Soochow Univ.,
China. We apply Virtual Concatenation (VCAT) techniqueto the frequency domain by transmitting the sub-bands of a
CO-OFDM optical channel via different routes. Simulation
results show that the VCAT technique can significantly
improve lightpath blocking performance.

InvitedAS4A.2 • 16:30
The Role of Optical Transport in “Software Defined
Networking”, Ting Wang1; 1NEC Laboratories America
Inc, USA. This presentation will discuss the role of opticaltransport in software defined networking.

Dr. Huang is internationally known for his contributions
and expertise for photonic devices and integrated circuits.
He has authored and co-authored over two hundred (200)journal papers and one hundred (100) conference papers
and holds seven (7) US patents. He is a senior member ofIEEE, a member of OSA and SPIE. Dr. Huang was electedto the MIT Electromagnetics Academy. He was elected
as a Cheung Kong Scholars by Ministry of Education,
People’s Republic of China, and Li Ka Shing Foundation,
Hong Kong in 2000.
Dr. Huang was the founding president of Shandong University Oversea Alumni Association and is the founding
president of Jinan Oversea Chinese Scholars and Professional Association.

Begonia

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16:00–18:00
AS4E • SC 5 - Biophotonics
Presider: Yong Zhang; National Univ. ofSingapore, Singapore

16:00-18:00
JS4F • SC6 - ICAM Joint Session on
Plasmonics, LEDs, and Solar Cells
Presider: Xianyu Ao; South China Normal
University, China

16:00–18:00
AS4G • SC 3 - Optical OFDM
Presider: Chao Lu; Hong Kong Polytechnic
Univ., Hong Kong

16:00–18:00
AS4H • SC 2 - III-V Semiconductor
lasersPresider: Gong-Ru Lin; National Taiwan
Univ., Taiwan

AS4E.1 • 16:00 Invited
Green, Compact Diode Laser-based Systems for Biophotonics Application, Peter E. Andersen1, Ole Bjarlin
Jensen1, Andre Muller1, Paul Michael Petersen1 1Danmarks
Tekniske Universitet, Denmark. Compact, green diode-laser
based systems are developed for biophotonics applications.
Several Watts of optical output, diffraction-limited power
are achieved via nonlinear frequency conversion and two
different schemes are presented. Various applications withinbiophotonics are discussed.

JS4F.1 • 16:00 Invited
Fluorescent SiC for White Light-emitting Diodes, Haiyan
Ou1, Y. Ou1, S. Kamiyama2, M. Kaiser3, P. Wellmann3, M.
K. Linnarsson4, V. Jokubavicius5, R. Yakimova5, M. Syvajarvi5; 1Dept. of Photonics Engineering, UESTC, Denmark;2
Dept. of Materials Science and Engineering, Meijo Univ.,
Japan; 3Materials of Electronics Energy Technology, Univ. of
Erlagen-Nuremberg, Germany; 4 School of Information andCommunication Technology, KTH Royal Inst. of Technology,
Sweden; 5Dept. of Physics, Chemistry and Biology, Linkoping Univ., Sweden. The strong photoluminescence from
f-SiC was achieved after the optimization of the B and N
concentrations. Surface nanostructures were successfully
applied to enhance the extraction.

AS4G.1 • 16:00 Invited
Real-Time Optical OFDM and Colorless OOFDMA
PONs, Jianming TANG1, R. P. Giddings1, E. Hugues-Salas1,
Y. Hong1 1Bangor Univ., UK. Record-high 20Gb/s real-time
optical OFDM IMDD transmissions over 25km SSMFs and500m OM2 MMFs are experimentally demonstrated utilising 4GS/s DACs/ADCs. Extensive performance characteristics are reported of bidirectional OOFDMA-PONs withadaptive DBA and RSOA/REAM-based colourless ONUs.

AS4H.1 • 16:00 Invited
Wavelength Switchable Semiconductor Lasers, Jian-Jun
He1 1Zhejiang Univ., China. The principle, design and experimental results of wavelength switchable semiconductor
lasers based on half-wave-coupled cavities are presented.
With easy-to-fabricate simple structures, single-electrodecontrolled fast switching over a wide tuning range is demonstrated with high SMSR.

AS4E.2 • 16:30
Highly-sensitive optical waveguide sensor based on SiON
using two cascaded-microring resonators, Luping Zhu1,
Mingyu Li1, Junjun Ye1, Jian-Jun He1 1State Key Laboratoryof Modern Optical Instrumentation, Zhejiang Univ., China.
A waveguide sensor using two cascaded micro-ring resonators based on silicon oxynitride (SiON) waveguide wasinvestigated. The refractive index change of 2.9×10-7 can bemeasured through intensity interrogation with a low-costbroadband light source.

JS4F.2 • 16:30
Na2SiO3-assistant Single Crystalline Silicon Etching for
Solar Cell Application, Ke Pei1, Weijin Peng1, Jinwei Gao1;
1
Institute for Advanced Materials (IAM), South China Academy of Advanced Optoelectronics, South China Normal Univ.,
China. Compared with conventional method, the way to thelower reflective pyramidal textures with good uniformityand features is approached, minimizing the reflection loss
and potentially benefit to the power conversion efficiencies
of solar cell devices.

Tutorial
AS4G.2 • 16:30
OFDM-based high spectral efficiency transmission,
Xiang Liu1, Sethumadhavan Chandrasekhar 1 1AlcatelLucent, USA. We review recent advances in the generation,
detection, and transmission of high spectral efficiency
optical superchannels that utilize orthogonal-frequencydivision-multiplexing for optical carrier modulation and/or carrier multiplexing. System implications brought bythese superchannels are also discussed.

AS4H.2 • 16:30
Direct Modulation of Deep-Submicron Slotted Single
Mode FP Laser, Danfeng Fan1, Lei Wang1, Tingting Yu1,
Li Zou1, Jian-Jun He1 1Department of Optical Engineering,
Zhejiang Univ., China. By utilizing chirp managed laser(CML) technology to improve the direct modulation performance of deep-submicron slotted single mode FP laser,a dispersion penalty of only 0.4 dB after 100 km SSMF isachieved. The back-to-back penalty is only 1.8 dB compared
to a zero chirp LiNbO3 MZ transmitter.

AS4E.3 • 16:45
Silicon nanowire waveguide sensor based on two cascaded ring resonators, Xianxin Jiang1 1Department of
Optical Engineering, Zhejiang Univeristy, China. We report
the latest experimental results of cascaded double ring sensor. To improve the sensitivity, nanowire waveguide sensor
operating in TM polarization is designed and fabricatedwith EBL system. The measured transmission spectrum
shows good agreement with theoretical analysis.

JS4F.3 • 16:45 Invited
Solar Energy Conversion into Electricity and Hot Waterby Thermoelectric Effect, Zhifeng Ren1 1Department of
Physics, Boston College, USA. In this talk, I will discuss
our recent studies on a few materials systems such as halfHeuslers, lead selenide, skutterudites, silicon-germanium
alloys, etc. that are interest for power conversion applications including solar and any other heat sources.

AS4H.3 • 16:45
Q-modulated distributed feedback laser with 28GHz
3dB bandwidth, Li H. Zhu1, Lei Wang1, Jian-Jun He1 1Department of Optical Engineering, Zhejiang Univ., China.
We report the first experimental result on Q-modulated
distributed feedback laser. A 28GHz 3dB bandwidth is
Xiang Liu is a Distinguished Member of Technical Staff at
Bell Labs, Alcatel-Lucent. He received his Ph.D. degree inapplied physics from Cornell University. His doctoral work
contributed to the first observation of optical spatiotemporal solitons. Since joining Bell Labs in 2000, Xiang has been
primarily working on high-speed optical communication

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AS4A.3 • 17:00
Formulation of MUX/DEMUX Functions for Multiple
Input-Output Port Cyclic AWG, Kiyo Ishii1,2, Hiroshi
Hasegawa2, Ken-ichi Sato2; 1Network Photonics ResearchCenter, National Institute of Advanced Industrial Scienceand Technology, Japan; 2Electrical Engineering and Computer
Science, Nagoya Univ., Japan. We develop a mathematicalformulation of the wavelength routing function of a cyclic
AWG that has multiple input and output ports. The target
routing device offers colorless MUX/DEMUX function
between wavelength and wavelength group layers.

AS4B.2 • 17:00
Ultracompact Channel Drop Filters Based on Waveguide
Cavities, Ping Yu1, Ting Hu1, Chen Qiu1, Huiye Qiu1, Ao
Shen1, Xiaoqing Jiang1, Jiangyi Yang1; 1Department ofInformation Science and Electronics Engineering & Cyrus
Tang Center for Sensor Materials and Applications, Zhejiang Univ., China. We propose channel drop filters basedon waveguide cavities. The proposed filters operate in
Gires-Tournois-like resonator regime that includes a 100%
reflecting rear mirror. Typical lengthes of the proposed
filters are less than 15µm.

AS4C.4 • 17:00 Invited
Nonlinearity equalization technology in digital coherent
receiver, Tsuyoshi Yoshida1; 1Mitsubishi Electric Corporation, Japan. Combining equalization technologies is key
to mitigating the effects of a range of fiber nonlinearities.
Digital back-propagation is effective in reducing the channel memory, and maximum-likelihood detection mitigates
any residual inter-symbol interference.

AS4D.4 • 17:00
Integrated-Layer Routing and Resources Assignment
Optimization in Mixed-Line-Rate IP over OTN Networks, Shan Yin1, Shanguo Huang1, Xin Li1, Jie Zhang1, Min
Zhang1, Wanyi Gu1; 1State Key Laboratory of Information
Photonics and Optical Communications, Beijing Univ. ofPosts and Telecomm, China. This paper proposes an ILP
model for integrated layer routing and resources assignment in MLR IP over OTN networks. The model solution
obtains 23% cost reduction compared with the separate
layer one through simulation experiments.

AS4A.4 • 17:15
Enhanced Fat Tree- An Optical/Electrical Hybrid Interconnection for Data Center, Xiaoshan Yu1, Huaxi Gu1,
Kun Wang2, Gang Wu1; 1State Key Laboratory of Integrated
Service Networks, Xidian Univ., China; 2School of computerscience, Xidian Univ., China. An optical/electrical hybridinterconnection termed enhanced fat tree with an improved
optical circuit switching strategy and multi-wavelengthrouter is proposed. It solves the inefficient flow-based
routing in fat tree and achieves considerable performance.

AS4B.3 • 17:15
Design and fabrication of low-refractive-index polymericphotonic crystal nanobeam structures, Ziming Meng1,2,
Yihua Hu1, Zhiyuan Li2; 1School of Physics and Optoelectronic
Engineering, Guangdong Univ. of Technology, China; 2Laboratory of Optical Physics, Institute of Physics,Chinese Academy of Sciences, China. The design of high-Q polymericphotonic crystal nanobeam microcavities is studied basedon the three-dimensional finite-difference time-domain
method.The fabrication of air-bridged nanobeam structures is presented using focused ion beam etching and wet
chemical etching.

AS4A.5 • 17:30
Global Load Balancing Algorithm based on Cross Stratum Optimization in Dynamic Optical Networks, Yu
Yang1, Jie Zhang1, Yongli Zhao1, Hui Yang1, Shouyu Wang1,
Wanyi Gu1, Yi Lin2, Yong Lee2; 1State Key Laboratory ofInformation Photonics and Optical Communications, Beijing
Univ. of Posts and Telecomm, China; 2Advanced Technology
Division,Huawei Technologies, China. We propose a novel
global load balancing algorithm based on the Cross Stratum
Optimization architecture to realize the joint optimizationof application resource and network resource on Optical asa Service (OaaS) testbed.

AS4B.4 • 17:30
Polymer Based Hybrid Integrated Coherent Receiverfor Next Generation Optical Access Networks, Abongwa
Theurer1, Richard Seidel1, Reinhold Ziegler1, Crispin Zawadzki2, Ziyang Zhang2, Norbert Keil2, Andreas Matiss1,
Andreas G. Steffan1; 1u2t Photonics AG, Germany; 2Institutefor Telecommunications, Heinrich Hertz Institute, Germany.
A hybrid integrated coherent dual polarization receiver
based on polymer planar lightwave circuit is presented.
The chip comprises polarization beam splitter, multimodeinterference couplers and photodiodes. Responsivity of
0.03A/W and bandwidth of 23GHz were achieved.

AS4D.5 • 17:15
A Pattern-layered Routing and Spectrum Allocationin OFDM-based Flexible Optical Networks, Xin Chen1,
Bingli Guo1, Songwei Ma1, Yan Wang1, Juhao Li1, Zhangyuan Chen1, Yongqi He1; 1Peking Univ., China. We introduced
a pattern-layered framework to investigate the routing andspectrum allocation in flexible optical network. A novel
fragment-aware RSA algorithm is proposed and simulation
results show that it outperforms previous studies.

AS4C.5 • 17:30
Stabilization of 40 Gbit/s Optical DQPSK Receiver,Takuya Chikamoto1, Masaki Nishioka1, Tatsuya Shimizu1,
Hiroyuki Toda1, Koji Inafune2, Masatoshi Kagawa2, Hitoshi
Murai2; 1Doshisha Univ., Japan; 2Oki Electric Industry Co.,
Ltd., Japan. We demonstrate a stabilization of 40 Gbit/s optical DQPSK receiver using a wavelength tunable CW laser.
The BER of the received data was successfully stabilized.

AS4D.6 • 17:30
A Collision-aware Spectrum Allocation Scheme in Flexible Optical Networks, Yan Wang1, Bingli Guo1, Songwei
Ma1, Xin Chen1, Juhao Li1, Zhangyuan Chen1, Yongqi
He1; 1Peking Univ., China. We propose a novel collisionaware spectrum allocation scheme to avoid backward collision of spectrum reservation in flexible optical networks.
This scheme achieves lower total blocking probability
through effectively reducing backward blocking probability.

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AS4E.4 • 17:00
Plasmonic Sensors Based on Rayleigh Anomaly, Yanxia
Cui 1,2, Guohui Li 1,2, Kin Hung Fung 4, Yuying Hao 1,2,
Sailing He3, Nicholas X. Fang4; 1Colledge of Physics andOptoelectronics, Taiyuan Univ. of Technology, China; 2Key
Laboratory of Advanced Transducers and Intelligent Control
System (Ministry of Education), Taiyuan Univ. of Technology,
China; 3Centre for Optical and Electromagnetic Research,
State Key Laboratory of Modern Optical Instrumentation,
JORCEP (KTH-ZJU Joint Center of Photonics), Zhejiang
Univ., China; 4Department of Mechanical, Massachusetts
Institute of Technology, USA. Plasmonic sensors composedof metallic periodic grooves can excite very sharp and narrow reflection dip owing to Rayleigh anomaly and its figureof merit can be as high as 1100 when the sensitivity is 550
nm per refractive-index unit.
AS4E.5 • 17:15
Microfluidic surface plasmon resonance sensor arraybased on prism phase modulator (PPM), Gaoao Ye1, Jun
Qian1, Hao Cheng1, Sailing He1; 1Centre for Optical and Electromagnetic Research, Zhejiang Univ., China. We propose anovel prism phase modulator (PPM) in a phase-sensitive
surface plasmon resonance (SPR) sensing system. Experiment results show the detection limit of our PPM based
microfluidic SPR sensor array is 9.11×10-7 RIU.

AS4E.6 • 17:30
Super-resolution Imaging By Fluorescence Emission
Difference (FED) Microscopy, Shuai Li1, Cuifang Kuang1,
Xiang Hao1, Zhaotai Gu1, Xu Liu1; 1Zhejiang Univ., China.
We have proposed a novel microscopy method based on
the intensity difference of two differently acquired images.
A resolving ability of λ/4 which is beyond the diffraction
limit has been demonstrated by the experimental results.

DahliaCamellia

technologies including advanced modulation formats, coherent detection schemes, and fiber nonlinear impairment
mitigation. Recently he was recognized as a core memberof the “100Gb/s Coherent (Long Haul – High Capacity
WDM Interface) Team” that was awarded the 2010 Bell
Labs President’s Award.

AS4H.4 • 17:00
GaAs Based Gratingless Wavelength Tunable Semiconductor Laser, Wenxiong Wei1, Lei Wang1, Jian-Jun
He1; 1State Key Laboratory of Modern Optical Instrumentation, Centre for Integrated Optoelectronics, Departmentof Optical Engineering Zhejiang Univ., China. we report a
wavelength switchable laser based on GaAs without grating and epitaxial regrowth. Single-electrode controlled
wavelength switching over 30 channels,0.4nm channel
spacing, is achieved, with a SMSR around 30dB and center
wavelength 877nm.

Dr. Liu has authored/coauthored more than 230 journaland conference papers, with over 1,600 citations and an
H-index of over 23. He holds over 45 US patents. Dr. Liu
is a Fellow of the OSA and an Associated Editor of Optics
Express. He has served or is serving in the technical committees of various conferences such as OFC, ACP, FiO, andOSA and IEEE Summer Topical Meetings.

AS4H.5 • 17:15
High Power 808 nm Bragg Reflection Waveguide Lasers
with Ultralow Beam Divergence, Lijie Wang,1,2 Cunzhu
Tong,1 Yugang Zeng,1 Sicong Tian,1 Enbo Xing,1,2 Ye Yang,1Lijun Wang1; 1State Key laboratory of Luminescence andApplication, Changchun Institute of Optics, Fine Mechanics
and Physics, Chinese Academy of Sciences, China; 2Graduate School of the Chinese Academy of Sciences, China. Braggreflection waveguide diode lasers emitting at 808 nm havedemonstrated narrow near-circular shaped spot emission.
The low vertical beam divergence of 8.3° and power of 1.75
W were achieved.

Invited
JS4F.4 • 17:15
Design of Efficient OLEDs, K.M. Fung, S. Y. Ching and
K.W. Cheah; Institute for Advanced Materials and Department of Physics, Hong Kong Baptist University, Kowloon
Tong, Hong Kong. The performance OLED can be enhancedby judicious design using novel materials. The doping of
Cs2CO3 in electron injection material is one of the commonly adopted methods. We investigated its chemical statuswhen it is doped into electron transport materials. We also
investigated doped metals as transparent electrode, characterizing their electrical and optical properties.

AS4G.3 • 17:30
A time-domain channel estimation algorithm for COOFDM, Xi Fang1, Chuanchuan Yang1, Fan Zhang1; 1Peking
Univ., China. We propose to use an efficient time-domainchannel estimation algorithm for CO-OFDM system, which
improves the accuracy of channel estimation by maximumlikelihood algorithm and promotes the system robustness
against transmission impairments.

AS4H.6 • 17:30
Experimental Demonstration of Subnano-Second Wavelength Switching in V-Coupled-Cavity Semiconductor
Laser, Shanli Guo1, Jianjun Meng1, Lei Wang1, Li Zou1, Li
H. Zhu1, Jian-Jun He1; 1Department of Optical Engineering,
Zhejiang Univ., China. The tuning characteristics based on
both free carrier dispersion and thermal effect induced by
the tuning current of a V-coupled-cavity laser are investigated. Sub-naosecond and tens of microseconds wavelengthswitching time between two neighboring channels aremeasured, respectively.

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AS4B.5 • 17:45
Polarization-Independent Variable Optical Attenuator
Employing Dye-Doped (Polymer/Liquid-Crystal) Composite Film for 1.5-μm Optical Fiber Communication,
Seiji Fukushima1, Koki Yoshinaga1, Tomohiro Hachino1,
Yasutaka Igarashi1, Shinji Noguchi2, Hiroki Higuchi2, Hirotsugu Kikuchi2; 1Kagoshima Univ., Japan; 2Kyushu Univ.,
Japan. Polarization-independent optical attenuation at
1.5 μm was demonstrated by using a dichroic dye-doped(polymer/liquid-crystal) composite film. The maximum
attenuation of 17.1 dB was obtained when an aperture
structure was introduced to block scattered light.

AS4C.6 • 17:45
Long Term Monitoring of Chromatic Dispersion Fluctuations in a Buried Fiber Cable in a Tropical Climate,
Kok H. Fong1; 1Telekom Research & Development Sdn Bhd,
Malaysia. We investigate chromatic dispersion fluctuationsof 120 km of deployed fibers by long term monitoring
and theoretical analysis. We discussed the implications
to the deployment of high speed transmission systems intropical climates.

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AS4E.7 • 17:45
Gas Monitoring in Human Body Cavities Using NonIntrusive Diode Laser Absorption Spectroscopy, GabrielSomesfalean1,5, Patrik Lundin1,2, Emilie Krite Svanberg3,4,
Mahmood Soltanolkotabi1, Lorenzo Cocola1, Märta Lewander6, Stefan Andersson-Engels1,2, John Jahr3, Vineta
Fellman7, Katarina Svanberg8,9, Svanberg Sune1,9; 1Department of Physics, Lund Univ., Sweden; 2Joint Research Centerof Photonics between the Royal Institute of Technology,
Zhejiang Univ. and Lund Univ., Zhejiang Univ., China; 3Department of Anaestesiology and Intensive Care Medicine,
Lund Univ., Sweden; 4Department of Anaestesiology andIntensive Care Medicine, Lund Univ., Sweden; 5Centre for
Optical and Electromagnetic Research, Zhejiang Univ.,
China; 6Gasporox AB, Sweden; 7Department of Pediatrics,
Lund Univ., Sweden;8Department of Oncology, Lund Univ.,
Sweden; 9Centre for Optical and Electromagnetic Research,
South China Normal Univ., China. Diode laser absorption
spectroscopy was utilized for non-intrusive assessment ofgas content in human body cavities, including intestines andlungs of a new-born, the mastoid bone, and sinus cavities
for monitoring sinusitis recovery in adults.

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AS4G.4 • 17:45
Multi-channel equalization of OFDM signal, Tao Zeng1,
Qi Yang1, Xiao Xiao1, Cai Li1, Zhu Yang1, Shaohua Yu1; 1Wuhan Research Inst of Post & Telecom, China. We propose a
new multi-channel equalization method to figure out thedata symbol carried by different OFDM subcarrier, which
breaks the limitation of ADC sampling rate and bandwidth.

AS4H.7 • 17:45
Analysis of Metal confined AlGaInAs/InP Microdisk lasers Laterally Coupled to Two Waveguides, Ling-xiu Zou1,
Jian-Dong Lin1, Xiao-Meng Lv1, Heng LOng1, Qi-Feng Yao1,
Yong-Zhen Huang1, Yun Du1; 1Institute of Microelectronics
of CAS, China. AlGaInAs/InP microdisk lasers laterally
coupled to two waveguides are fabricated and tested. An
extinction ratio exceeding 20 dB is observed when external
optical source is injected. The transmission spectra of thedevice are also analyzed.

NOTES________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________
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Key to Authors and Presiders
Abdan, Mohd Ismail - AS3A.5
Abdel-Salam, Ahmed I. - ATh2F.4
Abdul Rahman, Muhamad Najib AS3A.5
Abeywickrama, Sandu - AS1D.4
Abtahi, Farzad - AS3D.4
Adam, Hamish - AF3D.3, AS1E
Adebayo, Adedotun - ATh2A.4
Adib, Md. Mosaddek H. - ATh1C.2,
AS1C.4, ATh2F.3
Agio, Mario - AS1B.2
Alameh, Kamal - ATh2D.1
Albert, Jacques - AF4B.6, AS1E.4
Amann, Markus C. - AS3C.1
Amin, Abdullah A. - ATh2C.3, AS2C.3
Amin, Nowshad - ATh2F.3
An, Quanfu - AF4B.18
An, Yi - AS1G.1
Andersen, Peter - AS2E, AS4E.1
Andersson, Linda - AS3E.2
Andersson-Engels, Stefan - AS2E.3,
AS3E.2, AS4E.7, ATh1E
Andonovic, Ivan - AS1D.1
Andonovic, Ivan - AS3D
Andrekson, Peter - AS2G, AS3G.1
Andrusier, Anton - AF3G.1
ao, xianyu - AF4B.34
Aono, Yoshiaki - ATh1H.2
Arakawa, Yasuhiko - AF3B.2
Archambault, Émile - AS3D.4
Arthurs, Eugene - ATh4H.5
Asghari, Mehdi - ATh1B.6, AW2A.2
Ates, Serkan - AF4A.3
Awaji, Yoshinari - AS2C.5
Baghban, Hamed - AS1H.4, AF4A.11
Ballif, Christophe - AF3F.1
Ban, Toshinori - ATh2D.4
Bao, Fanglin - AS2H.3
Bao, Yuan - AF4A.26
Bashkatov, Alexey N. - AF4B.31
Baudot, Charles - ATh4B.1
Bayvel, Polina - AS1C.5
Beausoleil, Raymond G. - AF3B.5
Bélanger, Michel P. - AS3A.1, AS3D.4
Benhsaien, Abdessamad - ATh2B.5
Bertozzi, Davide - ATh3D.3
Bhattacharya, Pallab K. - ATh2B.6, AS2F.2
Bi, Meihua - ATh2A.3
Bienstman, Peter - ATh4B.5
Bobrovs, Vjaceslavs - AS1G.1
Boeuf, Frederic - ATh4B.1
Bouville, David - ATh4B.1

Bowers, John E. - ATh1B.5, ATh3F.3
Boyd, Robert W. - ATh4A.3
Brilland, Laurent - AF3A.1
Bufetov, Igor A. - ATh3A.2
Caer, Charles - AS3H.3
Cai, Anliang - AS4D.3
Cai, Fuhong - ATh3E.4, AF4B.1, ATh2E.5,
AF4B.2
Cai, Shiwei - AS1H.3
Cai, Shuhong - ATh2C.5
Cai, Zhiping - AF4A.66, AS1A.4
Caneau, Catherine - ATh4E.4
Cannan, Drake - ATh2E.1
Canning, John - AS1E.1
Cao, Chang - AF4A.48
Cao, Lizhong - ATh4B.4, AF4A.21,
AF4A.70
Cao, Pan - ATh3C.4
Cao, Shengjiao - AS4C.1
Cao, Xuping - AF3E.5
Cao, Yingying - AF3C.2, AF3C.3
Cao, Yining - AF3E.6
Cao, Yong - ATh3F.4
Caputo, Roberto - ATh3G.3
Casey, Shawn P. - AF4B.21
Cassan, Eric - ATh4B.1, AS3H.2, AS3H.5,
AS3H.3, ATh3G.4
Cassidy, Andrew - AS3A.1
Cataldi, Ugo - ATh3G.3
Cavdar, Cicek - AS3D.4, ATh2D.7
Cerutti, L. - AS1H.5
Cha, D. - AS2F.2
Chagnon, Mathieu - ATh2C.1
Chaisakul, Papichaya - AS3B.1
Chan, Kam Tai - ATh2E.2
Chan, Andy H P - AF4B.7
Chan, Chien Aun - ATh1D.2
Chandrasekhar, Sethumadhavan - AS4G.2
Chang, Geekung - ATh2C.2, ATh2C.6,
ATh1C.2, AS1C.4, ATh2F.3
Chang, Jim J. - ATh1G.1
Chang, Shih-Pang - AS3F.4
Chang, Shoou-Jinn - AS1F.4, ATh3F
Chang, Yi-An - AF4B.37
Chang-Hasnain, Connie J. - AS2C.1,
AS3C.1Chao, Fu-Wei - AF4B.13
Chao, Ling Y. - AF4A.32
Chao-Hsun, Wang - ATh2F.6, AS3F.4
Cheah, K.W. - JS4F.4
Chen, Bowen - AF3E.4, AF3E.3
Chen, Chen - AF4A.29, AF4A.44

Chen, Daru - AF4A.65, AF3A.6, AF4A.61,
AF4A.69, AF4A.67
Chen, Haoshuo - ATh2B.4
Chen, Hongwei - AS1G.5, AF4A.45,
AS2G.2
Chen, Hongzhi - AF4A.61, AF4A.67
Chen, Hsin Chu - AF4B.39
Chen, Jiajia - ATh1D.3, AS3D.4, AS1D.2
Chen, Jianping - ATh4C.5, AS3B.2,
AF4A.27, AS3H.4, ATh4B.2
Chen, Kuo-Ju - ATh2F.6, AF4B.37
Chen, Lijun - AF4B.22
Chen, Lin - AF4B.24, AF4B.27
Chen, Minghua - AS1G.5, AF4A.45,
AS2G.2
Chen, Na - AF4A.77
Chen, Pengxin - AS2H.4, ATh1B.4
Chen, Songyan - AF3B.4
Chen, Tongsheng - ATh1E.4
Chen, Wei - ATh1G.4
Chen, Weidong - ATh2H
Chen, Xi - AS2C.4, ATh2C.3
Chen, Xia - ATh2B.4
Chen, Xiangfei - AF4A.40, AF4B.24,
AF4B.27, AF4A.5, ATh2C.5
Chen, Xin - AS4C.6, AS4D.6, AS4D.5,
ATh1A.3, AS3F.3, ATh1F.3
Chen, Xue - AS2B.3
Chen, Xue - AS3G.2, AS3G.2, AF4A.53,
AF4A.31, AF3C.2, AF3C.3, AF4A.57,
AF4A.24, AF4A.32
Chen, Xuewen - AS1B.2
Chen, Y. - AS3H.1
Chen, Yan - AF4B.16
Chen, Yin Quan - ATh1E.4
Chen, Yuanfu - AS1A.2
Chen, Zhangyuan - AF4A.51, ATh3D.5,
AS2C.1, AS3C.1, AS4C.6, AS4D.6,
ATh1C.6, AS4D.5
Chen, Zheng - AF4A.20
Chen, Zhigang - ATh2E.1
Chen, ZhiYu - ATh2B.2
Cheng, Chih-Hsien - ATh2F.5
Cheng, Hao - ATh2E.5, AS4E.5, AS3E.3
Cheng, Huihui - AF4A.66, AS1A.4,
AS1A.3Cheng, Ko-Ting - ATh3G.2
Chengliang, Zhang - JTh1IF.2
Chengpeng, Fu - AF4A.16
Cheung, Kwok Wai - AS2C.2
Chi, Hao - AS2E.5
Chiang, Kin - ATh1A
Chiang, Kin S. - AF4A.41, AF3A.5

Chien, Hung-Chang - ATh1H.1, JTh2IF.3
Chien-Chung, Lin - ATh2F.6, AF4B.37,
AF4B.39
Chikamoto, Takuya - AS4C.5
Chincoli, Michele - ATh1D.3
Ching, S.Y. - JS4F.4
Chiou, Arthur - ATh1E.4, ATh4H.10
Chiu, Ching-Hsueh - AS3F.4
Chiu, Ding-Wen - AF4B.32
Cho, Jaehee - ATh4F.4
Cho, Ro - AF4A.64
Cho, Yong-Hoon - ATh2E.3, ATh1F.4
Choe, Joong-Seon - AF4A.1
Choi, Hyeon Y. - AS1G.6
Choi, Kwang-Seong - AF4A.1
Chou, Ta-Hsin - AS1F.3
Choudhury, Pallab - AS3C.2
Chow, C W. - AF4A.46, AF4A.30
Chow, Kwok W. - AF4A.41
Chowdhury, Arshad M. - ATh1C.2,
AS1C.4, ATh2F.3
Chrastina, Daniel - AS3B.1
Chu, Tao - AS3B.3
Chung, Yun C. - AF3C.4
Chunhua, Tan - ATh3A.3
Ciaramella, Ernesto - AS4C.2, AS3C.2,
AF3G.4, ATh3C
Cluzel, Benoit - AS3H.2
Cocola, Lorenzo - AS4E.7
Coleman, Sean - ATh4E.4
Colle, Didier - ATh3D.2
Collings, Brandon - JTh1IF.5
Collings, Neil - ATh2G, ATh4G.1
Corsini, Raffaele - AS4C.2, AS3C.2,
AF3G.4
Cossu, Giulio - AS3C.2
Coudevyll, Jean-René - AS3B.1
Crozat, Paul - ATh4B.1
Cui, Jiangong - AF4A.18
Cui, Yanxia - AS4E.4, ATh2F.1
Cvijetic, Milorad - AS3A.2
Dai, Daoxin - AS2H.2, AW1A.3, ATh3B.3,
AS2B.6, ATh1B.3, AS2H.4, ATh1B.4,
AS1B.3, ATh1B.5, AS2H.3, AS3H
Dambre, Joni - ATh4B.5
Dapkus, P. Daniel - AS1F.2
David, Gregory - AF3D.1
Dawei, Wang - ATh1C.7
De Fornel, Frédérique - AS3H.2
De Heyn, Peter - ATh2B.1
De La Rue, Richard - ATh1G.2
De Sio, Luciano - ATh3G.3

Debnath3, Kapil - AS3B.6
Dellinger, Jean - AS3H.2
Demir, Hilmi Volkan - AS2F.1
Deng, Mingliang - AF4A.42
Deng, Xiaoyuan - AF4B.28
Dennis, Tasshi - AF3G.2
Dhar, Anirban - ATh2A.1
Dholakia, Kishan - ATh1E.1, ATh3E
Dianov, Evgeny M. - ATh3A.2
Dias, Maluge Pubuduni Imali - ATh1D.4
Dikbiyik, Ferhat - ATh4D.1
Ding, Fei - AF4A.25, ATh2F.7
Ding, Hui - AS2D.2
Ding, Jianfeng - AS3B.5, AF4A.4
Ding, Yunhong - AS1G.1
Ding, Zhihua - AF4B.22
Dixit, Abhishek - ATh3D.2
Djordjevic, Ivan B. - AS3A.2
Do, Khanh Van - AS3H.2, ATh3G.4
Doerr, Christopher R. - ATh3B.5
Dolatyari, Mahboubeh - AS1H.4,
AF4A.11
Dong, Ze - ATh1H.1
Dong, Zhenhua - AF3G.3
Dong, Zhenzhen - AS1A.2
Dorren, Harm - AS1B.5
Dreschmann, Michael - AF3G.2
Dridi, Kais - ATh2B.5
Du, Caili - AF4A.53
Du, Fa - AF4B.6, AS1E.4
Du, Junjie - AF4A.38
Du, Yun - AS1H.2, AF4A.19, AS4H.7
Duan, Guang-Hua - AS4B, ATh2B
Duan, Huigao - ATh1G.5
Duan, Xiaofeng - AS1H.3
Dunmire, Barbrina - AF4B.3
Edmond, Samson - AS3B.1
Edwards, Perry S. - ATh4G.2
Effenberger, Frank - ATh3C.2
Ek, S. - AS3H.1
El-Sahn, Ziad A. - ATh2C.1
Erro, María J. - ATh4A.5
Fan, Cheng - AF3G.5
Fan, Danfeng - AS4H.2
Fang, Nicholas X. - AS4E.4, ATh2F.1
Fang, Xi - AS4G.3
Farrell, Gerald - AF4B.7
Faruk, Md. Saifuddin - ATh1C.2, AS1C.4
Fathallah, Habib - AF4A.35
Fedeli, Jeam Marc - ATh4B.1, AS3B.6
Fellman, Vineta - AS4E.7

Feng, Dazeng - AW2A.2
Feng, Feng - ATh2C.7
Feng, Hanlin - ATh3C.5
Feng, Shaoqi - AW2A.3
Feng, Xinhuan - AF4A.26
Feng, Zhiyong - JTh1IF
Fiers, Martin - ATh4B.5
Fiorentino, Marco - AF3B.5
Foggi, Tommaso - AS4C.2
Fong, Kok H. - AS4C.6, AS3A.5
Forchheimer, Robert - AF4A.58
Fredriksson, Sarah - AS3E.2
Freude, Wolfgang - AF3G.2
Frigerio, Jacopo - AS3B.1
Fu, Hongyan - AS1G.4, AS1A.4
Fu, Xin - AS2B.6
Fu, Yuan - ATh2H.3
Fuh, Andy Y. - ATh3G.2
Fukuchi, Yutaka - AF4A.60
Fukushima, Seiji - AS4B.5
Fung, Kin Hung - AS4E.4, ATh2F.1
Fung, K.M. - JS4F.4
Gaeta, Alexander L. - ATh4A.2
Galili, Michael - ATh4B.7
Gan, Fuwan - ATh2B.3, ATh3B.2,
AF4A.38, ATh4B.6, ATh1B.2,
AF4A.13, AS2B.5
Gao, Jinwei - JS4F.2
Gao, Li - ATh2D.6
Gao, Liang - AF4B.24, AF4B.27
Gao, Shiming - AF4A.61, ATh3A.4,
AF4A.69, AF4A.63, AF4A.67,
AF4A.21, AF4A.70, ATh4B.3,
ATh4B.4
Gao, Weidong - AF3C.2
Gao, Xiaoming - ATh2H.2, ATh4E
Garde, María J. - ATh4A.5
Gardes, Frederic Y. - AS3B.6
Gasim, A. - AS2F.2
Gencata, Aysegul - ATh2D.7
Geng, Hui - AF4A.7
Geng, Yu - AW2A.3
Genina, Elina - AF4B.31
Gerstel, Ori - AF3E.1, ATh4D
Giddings, R. P. - AS4G.1
Giersig, Michael. - "'F.
Girgis, Emad - ATh2F.4
Gisselsson, Anna - AS3E.2
Goh, Chee. Seong. - ATh2A.2
Gong, Xiaoxue - ATh1D.6
Gorshtein, Albert - ATh1C.3

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Granzow, Nicolai - AF3A.2
Gu, Huaxi - AS4A.4
Gu, Wanyi - AS4D.4, AS4D.2, AS4A.5,
AF4A.59, AF4A.55
Gu, Zhaotai - ATh2E.4, AS4E.6, AF4B.19,
AF4B.9
Guan, Bai-Ou - AF4B.6, AS1E.4, AF4A.26
Guan, Xiaowei - ATh1B.3, AS2H.4
Guang, Tengpeng - ATh1G.4
Gui, Chengcheng - AS3G.3, AF4A.14
Guishi, Wang - ATh2H.2
Guo, Bing Chang - AS1F.3
Guo, Bingli - AS4C.6, AS4D.6, AS4D.5
Guo, Changjian - AF4A.43
Guo, Cheng - AF4B.23
Guo, Chuanfei - AF4B.33
Guo, Kaikai - AF4B.23
Guo, Lei - AF4A.50, AS1D.5, ATh1D.6
Guo, Peng - AS2C.1, AS3C.1
Guo, Qiang - AF4A.77
Guo, Shanli - AS4H.6
Guo, Tuan - AF4B.6, AS1E.4
Guo, Wei - ATh3D.4, ATh4D.4, AF4A.56
Guo, YingHui - ATh2B.2
Guo, Zefei - AF4B.1
Guo, Zhouyi - AF4B.30, AF4B.28
Gygax, Andre F. - ATh1D.2
Hachino, Tomohiro - AS4B.5
Hall, Trevor J. - ATh2B.5
Hamzah, Zulkifli - AS3A.5
Han, Hau-Vei - AF4B.37, AF4B.39
Han, Tingting - AS2A.3
Haneef, Shahna M. - AF4B.25
Hao, Long - AF4A.16
Hao, Ran - AF4A.23
Hao, Xiang - AS4E.6, AF4B.9
Hao, Yuying - AS4E.4, ATh2F.1
Hartmann, Jean-Michel - ATh4B.1
Hasegawa, Hiroshi - ATh2D.2, AS4A.3,
AS2D.4, ATh2D.4, ATh2C.4,
AF4A.49, AF3E
Hatori, Nobuaki - AF3B.2
Haug, Franz-Josef - AF3F.1
He, Changhong - AF4B.8
He, Hao - ATh1E.3
He, Jian-Jun - AS4H.2, AS4E.2, ATh2B.7,
AF4A.12, ATh3B.4, AS4H.3, AS4H.4,
AS4H.6, AS4H.1
He, Sailing - ATh1C.7, ATh3E.4,
AF4A.61, AF4B.1, AF4A.69,
ATh2E.5, AS4E.5, ATh4C.3, AF4B.2,
ATh2C.6, AF4A.67, AS4E.4,
ATh1B.4, AF4B.40, AS3H.6
He, Yongqi - AF4A.51, ATh3D.5, AS4C.6,
AS4D.6, ATh1C.6, AS4D.5, AF4A.55

He, Zhicai - ATh3F.4
He, Zhixue - ATh4C.4
He, Zuyuan - AS1E.2
Heuck, M. - AS3H.1
Higuchi, Hiroki - AS4B.5
Hillerkuss, David - AF3G.2
Hiramatsu, Shuta - AF4A.36
Ho, H. L. - AS2A.2
Ho, Ming-Tsung - ATh4E.4
Ho, Pin-Han - AS3A, ATh4D.3
Ho, Yi Chun - ATh1E.4
Hofmann, Werner - AS3C.1
Hon, Schang J. - ATh4F.3
Hong, Xuezhi - ATh4C.3, AF4A.43
Hong, Y. - AS4G.1
Hongchao, Xue - ATh3A.3
Hongming, Yi - ATh2H.2
Hou, Jie - AF4A.5
Hou, Weigang - AF4A.50
Hsieh, Dan-Hua - AF4B.32
Hsin-Chu, Chen - ATh2F.6, AF4B.37
Hsin-Han, Tsai - ATh2F.6
Hsu, Chia Chen - AS1F.3, ATh2G.4
Hu, Gufeng - AF4A.65, AF3A.6
Hu, Hao - ATh4B.7
Hu, Kai - AF4A.61, AF4A.69, AF4A.63,
AF4A.70
Hu, Minglie - ATh1E.3
Hu, Qiangsheng - ATh1A.3
Hu, Ting - AS4B.2, AF4A.10, AS3B.4
Hu, Weisheng - AF4A.39, ATh3D.4,
ATh4D.4, AF4A.47, AS2B.2,
ATh1C.5, AF4A.56, AF4A.54,
AS1D.3, AF3E.2
Hu, Weiwei - AS2C.1, AS3C.1
Hu, Xiaofeng - ATh3C.4, ATh2C.2
Hu, Xintian - AF4A.53
Hu, Yabin - AF4A.22
Hu, Yihua - AS4B.3
Hu, Yongjun - ATh1E.6
Hu, Yingtao - AS3B.3
Hu, Yu - AF4B.36
Hu, Zhifang - AF3A.3
Hua, Nan - AF3E.6
Huang, Changcheng - ATh4D.2
Huang, Guoxiu - AF4A.74
Huang, Hsu-Yi - AF4B.13
Huang, Lingchen - AF4A.43
Huang, Long - AF4B.24, AF4B.27
Huang, Menghao - AF4A.40
Huang, Ming-Fang - ATh1H.2
Huang, Qiangsheng - AS2H.3
Huang, Shanguo - AS4D.4, AF4A.59,
AF4A.55
Huang, Shihao - AF3B.4
Huang, Wei - AF3B.4

Huang, Weiping - AS4B.1
Huang, Yizhong - AF4A.66
Huang, Yongjun - ATh4G.3, AS1B.6
Huang, Yongqing - AF4A.7, AS1H.3
Huang, Yong-Zhen - AS1H.2, AF4A.19,
AS4H.7Huang, Yue-Kai - ATh1H.2
Huebener, Michael - AF3G.2
Hughes, Lawrence C. - ATh4E.4
Hugues-Salas, E. - AS4G.1
Huiye, Qiu - AF4A.10
Huo, Li - AS2G.5
Hurley, Jason E. - ATh1A.3
Hvam, Jørn M. - ATh4B.7
Hwang, Shug-June - AF4B.13
Igarashi, Yasutaka - AS4B.5
Ikeda, Tomiki - ATh3G.1
Ikonic, Z. - AS3B.6
Inafune, Koji - AS4C.5
Ingham, J. D. - AF3C.1
In’t Zandt, Rene - AS3E.2
Ip, Ezra - AS3C.3, ATh1H.2
Isella, Giovanni - AS3B.1
Ishii, Kiyo - AS4A.3
Ishizaka, Masashige - AF3B.2
Ivanovs, Girts - AS1G.1
Iwai, Yuto - ATh2D.2
Iwashita, Katsushi - AF4A.28, AF4A.36
Jacobsen, Gunnar - AS1C.3, AS1C.2
Jahjah, Mohammad - ATh4E.1
Jahr, John - AS4E.7
Jain, Saurabh - ATh2A.1
Jang, Lee-Woon - ATh1F.4
Jayasundara, Chamil L. - ATh2D.5
Jensen, Jesper Bevensee - AS3C.5, AS3C.4
Jensen, Ole Bjarlin - AS4E.1
Jeppesen, Palle - ATh4B.7
Ji, Hua - ATh4B.7
Ji, Philip N. - AS2D.3, ATh1H.2
Ji, Ruiqiang - AS3B.5, AF4A.4
Jia, Yaoshun - ATh4G.2
Jia, Yibo - AS4D.2
Jia, Zhensheng - ATh1H.1
Jia, Zhigang - AS1H.3
Jiang, Hengyun - ATh2B.2
Jiang, Hongxing - ATh3F.1
Jiang, Man - AF4A.51
Jiang, Sichang - ATh3A.4, AF4A.70
Jiang, Xianxin - AS4E.3
Jiang, Xiaogang - AF3A.6, AS4B.2,
AF4A.10, AS3B.4
Jiang, Yang - AS1G.2
Jiao, Xuechen - ATh1F.2
Jin, Hao - AF4B.38

Jin, Jiaming - AF4A.23
Jin, Li - AS2B.6
Jin, Wei - AS2A.2, ATh2A
Jin, Xiaofeng - AS2E.5
Jin, Yi - ATh2F.7
Jin, Zhonghe - AF4B.16
Johnson, Nigel P. - ATh1G.2
Jokubavicius, V. - JS4F.1
Josten, Arne - AF3G.2
Ju, Weiguo - AF4A.55
Jue, Jason P. - AS2D.3
Kagawa, Masatoshi - AS4C.5
Kaijie, Wu - AF4B.21
Kaino, Toshikuni - ATh2G.3
Kaiser, M. - JS4F.1
Kaleem, Mohammad - AF4A.12
Kam, Pooi-Yuen - AS4C.1
Kamiyama, S. - JS4F.1
Kan, Hung-Chih - AS1F.3, ATh2G.4
Kanawade, Rajesh V. - AS2E.4
Kanno, Atsushi - AS2C.5
Karakaya, Koray - ATh2H.1
Karlicek, Robert F. - ATh1F.1
Kawanishi, Tstsuya - AS2C.5
Keil, Norbert - AS4B.4
Kelly, Tony - AS1D.1
Kelsall, R. W. - AS3B.6
Kempa, Krzysztof - AF4B.33, ATh3F.2
Keyvaninia, Shahram - ATh2B.1
Khairi, Kharina - AS3A.5
Khalid, Amir Masood - AS3C.2
Khalil , Md. Ibrahim - ATh1C.2, AS1C.4
Khalil, Md Ibrahim - ATh2F.3
Khan, Fasial - AF3G.3
Khan, Mohammed Zahed M. - ATh2B.6
Khanmohamadi, Sahar - AS3D.4
Khoo, Iam-Choon - ATh1G, ATh2G.2
Khoptyar, Dmitry - AS2E.3
Kikuchi, Hirotsugu - AS4B.5
Killey, Robert - AS1C, AS1C.5
Kilmurray, Sean - AS1C.5
Kilper, Daniel C. - ATh1D.2
Kim, Byoung Yoon - ATh4A.1
Kim, Duk-Jun - AF4A.1
Kim, Jong-Hoi - AF4A.1
Kim, Min-Ho - ATh4F.4
Kim, Sung-Tae - ATh4F.4
Kim, Young-Sun - ATh4F.4
Kitayama, Ken-ichi - AF4A.74, ATh4D.5
Kjellman, Pontus - AS3E.2
Klaus, Werner - AS2C.5
Koch, Thomas L. - AW1A.2
Koenig, Swen - AF3G.2
Kong, Siu Kai - ATh2E.2
Koonen, Ton - ATh2B.4

Koos, Christian - AF3G.2
Kopp, Christophe - ATh3B.1
Koshiba, Masanori - AS2B.4
Krauss, Thomas - AS3B.6
Krite Svanberg, Emilie - AS4E.7
Kuang, Cuifang - ATh2E.4, AS4E.6,
AF4B.19, AF4B.9
Kumar, Rajesh - ATh4B.5
Kun, Liu - ATh2H.2
Kun, Qiu - ATh2A.5, AF4A.29, AF4A.44
Kuo, Hao-chung - ATh2F.6, AF4B.37,
AF4B.39, AF4B.32, AS3F.4, AS3F
Kuo, Shou-Yi - AF4B.32
Kurczveil, Geza - AF3B.5
Kutz, Jose Nathan - ATh4A.6
Kwon, Yong-Hwan - AF4A.1
Lahiri, Basudev - ATh1G.2
Lai, Fang-I - AF4B.32
Lai, Hongkai - AF3B.4
Lai, Yun. - ATh4G.5
Lali-Dastjerdi, Zohreh - AS1G.1
Lam, Kit S. - AS3E.4
Lambak, Zainuddin - AS3A.5
Lan, Yu-Pin - AS3F.4
Lang, Tingting - ATh3B.4
Lannoo, Bart - ATh1D.5, ATh3D.2
Larikova, Julia - AS3A.4
Larsen, Renaud - AS2D.5
Larsson, Jim - ATh2H.5
Lau, Alan Pak Tao - ATh1C.7
Lau, Kei-May - AW2A.3
Le Roux, Xavier - AS3B.1, AS3H.2,
AS3H.3
Le, Hai Chau - AF4A.49
LeBlanc, Herve P. - ATh4E.4
Leckie, Christopher A. - ATh1D.2
Lee, Chi S. - ATh2B.6
Lee, Ching-Ting - ATh2G.4
Lee, El-Hang - AW1A
Lee, Ho Wai - AF3A.2
Lee, In-Hwan - ATh1F.4
Lee, S. H. - AF3C.1
Lee, Yong - AS4A.5
Lei, Cheng - AS2G.2
Lei, Dangyuan - AS2B.1
Lei, Wang - ATh2H.2
Leotta, Daniel - AF4B.3
Leuthold, Juerg - AF3G.2
Lever, Leon - AS3B.6
Lewander, Märta - AS4E.7
Lewicki, Rafal - ATh4E.1
Li, An - AS2C.4, ATh2C.3, AS2C.3
Li, Cai - AF4A.34, AS4G.4
Li, Cheng - AF3B.4
Li, Chinlon - ATh4H

Li, Chunfei - AS2A.5
Li, Churui - AF4A.71
Li, Duo - ATh1C.6
Li, Er-Ping - AF4A.23
Li, Guohui - AS4E.4
Li, Haifeng - ATh4G.2
Li, Han - JTh2IF.4
Li, Hao - ATh2B.3, AF4A.38, ATh1B.2,
AF4A.13, AS2B.5
Li, Hengwen - AS1G.2
LI, He-Ping - AS1A.6, AS1A.2, AF4A.76
Li, Hongbin - AS3C.1
Li, Huadong - AS2C.2
Li, Jianping - AF4A.26
Li, Jie - AS1C.3, AS1C.2, ATh1G.4
Li, Jin H. - AF4A.41
Li, Jin-Chai - AS3F.4
Li, Juhao - AF4A.51, ATh3D.5, AS4C.6,
AS4D.6, ATh1C.6, AS4D.5
Li, Jun - AF4B.3
Li, Junshuai - AF4A.7, AF4A.18
Li, Kailong - AF4A.56
Li, Le - ATh2B.3, ATh3B.2, ATh4B.6,
ATh1B.2
Li, Ming-Jun - ATh1A.3
Li, Mingyu - AS4E.2
Li, Pengxiao - AS1G.5
Li, Pingqing - ATh2A.3
Li, Qian - ATh4A.6
Li, Ruiyue - AF4A.45
Li, Shuai - ATh2E.4, AS4E.6, AF4B.19,
AF4B.9Li, Shuhui - AS3G.3
Li, Shuo - AS2A.3
Li, Shuti - AS3F.3, ATh1F.3, AS3F.5
Li, WenKai - AS3E.1
Li, Xianyao - AS3B.3
LI, Xiaofeng - AF3F.2
Li, Xibin - AF4A.21
Li, Xicong - AF3C.2, AF3C.3
Li, Xin - AS4D.4
Li, Xingde - ATh4H.6
Li, Xinwan - AF4A.27
Li, Yongcheng - ATh2D.6
Li, Yu - AW2A.3
Li, Yuan-Chang - AF4B.13
Li, Yuandong - AF4B.38, AF4B.35
Li, Zhaohui - AF4A.26
Li, Zhen-Yu - AS3F.4
Li, Zhiyong - AS3B.3, ATh2A.7
Li, Zhiyuan - AS4B.3
Liang, Di - AF3B.5, ATh1B.5
Liang, Song - AF4A.6
Liang, Yunhua - AF4A.45
Liao, Jinkun - AF4A.76
Liao, Yu-Kuang - AF4B.32

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Lien, Yu-Chung - ATh2F.5
Lili, Sun - AS3H.4
Lilong, Liu - AF4A.47
Lim, Christina - AS3A.3, ATh2D.1,
ATh2D.5
Lin, Aoxiang - AF3A
Lin, Bangjiang - AF4A.51
Lin, Bangjiang - ATh3D.5
Lin, Da-Wei - AS3F.4
Lin, Gong-Ru - AS1B, AS4H
Lin, Gong-Ru - ATh2F.5, AF3B.3
Lin, Hung-Yi - AS1F.3
Lin, Jian H. - AS1F.3, ATh2G.4
Lin, Jian-Dong - AS4H.7
Lin, Jiao - AF4B.11
Lin, Tsung-Hsien - ATh3G.2
Lin, Wei - AF4A.26
Lin, Woei-Tyng - AF4B.32
Lin, Xuefeng - AF3E.5, AF3E.3
Lin, Y. - AF4A.46
Lin, Yenting - AS1F.2
Lin, Yi - AS4A.5
Lin, Yinyue - ATh2F.1
Lin, Yu Shiuan - ATh2G.4
Lin, Zhen-Bin - AS1A.5
Ling, Wei - AF4A.13
Linjie, Zhou - AS3B.2
Linnarsson, M. K. - JS4F.1
Liu, Chao - AS3F.3, ATh1F.3
Liu, Cheng - ATh2C.2
Liu, Chun - AF4A.66, AS1A.3
Liu, Fu - AF4B.6, AS1E.4
Liu, Guangyu - AS3F.1, AF3F.4
Liu, Haichun - AS3E.2
Liu, Hanping - AF4B.28
Liu, Jiangtao - ATh1A.3
Liu, Jie - AS3C.6
Liu, Jin - AF4A.3
Liu, Jing - AF4B.18
Liu, Jinyang - AS1G.4
Liu, Lei - AS2B.3, AS3G.2, AF4A.31,
AF4A.24
Liu, Lilong - ATh1C.5, AS1D.3
Liu, Lin - AS1D.1
Liu, Min - AF3A.5
Liu, Ming - AS1B.1
Liu, Mintao - AS2B.3, AS3G.2, AF4A.31,
AF4A.24
Liu, Qingwen - AS1E.2
Liu, Songhao - AF4B.30
Liu, Wu - AF4A.34
Liu, Xiang - AS4G.2, ATh1C
Liu, Xiang - JTh2IF
Liu, Xu - ATh2E.4, AS4E.6, AF4B.19,
AF4B.9Liu, Y. - AF4A.46, AF4A.30

Liu, Y. F. - AF4A.30
Liu, Yan-ge - AS2A.3
Liu, Yejun - AS1D.5, ATh1D.6
Liu, yingchen - AF4B.14
Liu, Yong - AS1A.6, AS1A.2
Liu, Yonghao - AS3G.3
Liu, Yu - AF4B.6
Liu, Yunqi - AF4A.72, AF4A.77
Liu, Yunqi - AS2A, ATh3A
Liu, Zeyu - AS3D.2
Liu, Zhen - AS1A.3
Liu, Zhengyong - AF4A.65
Liu, Zhiwen - ATh3G, ATh4G.2
Long, Heng - AS1H.2, AF4A.19, AS4H.7
Lorke, Michael - AF4A.3
Lou, Caiyun - AS2G.5
Lou, Fei - AS2H.2, AW1A.3
Lou, Xiutao - ATh2H.4
Lu, Chao - ATh1C.7, AF3G.3, JTh1IF.3,
AS4G
Lu, Jingping - AF4B.38, AF4B.35
Lu, Liangjun - ATh4B.2
Lu, Rongguo - AF4A.76
Lu, Taiping - AS3F.3, ATh1F.3
Lu, Tien-Chang - AS3F.4
Lu, Wei - ATh2D.3, AS4D.1
Lu, Weifang - AF3B.4
Lu, Xiaoxu - AF4B.12, AF4B.15, AF4B.14
Lu, Xiqing - AF4B.22
Lu, Yang - ATh4C.3
Lui, Yunlei - AS3D.3
Lundin, Patrik - AS4E.7
Luo, Ai-Ping - AS1A.5
Luo, Fengguang - AF4A.22
Luo, Jie - AF4A.54
Luo, Min - ATh1H.4
Luo, Yuanbao - AF4A.51, ATh3D.5
Luo, Yuanqiu - ATh3C.2
Luo, Zhengqian - AF4A.66, AS1A.4,
AS1A.3
Luo, Zhenyu - AF4A.42
Luo, Zhi-Chao - AS1A.5
Luo, Ziqian - AF4B.4
Lupu, Anatole - AS3H.5
Lv, Xiaolong - AF4B.41, AF4A.18
Lv, Xiao-Meng - AS1H.2, AF4A.19,
AS4H.7
Lyonnais, Marc - AS3A.1
Ma, Guiying - AF4A.75
Ma, Hui - ATh4H.7
Ma, Huilian - AF4B.16
Ma, Li - AF4A.6
Ma, Renmin - AS1B.1
Ma, Songwei - AS4C.6, AS4D.6, AS4D.5
Ma, Weidong - AF4A.20

Ma, Youqiao - AF4B.7
Ma, Yufei - ATh4E.1
Ma, Zhaofeng - AF4A.25
Ma, Zili - ATh2E.2
Madiomanana, K. - AS1H.5
Maeda, Joji - AF4A.60
Maeda, Yoshinobu - AF4A.2
Magri, Roberto - AS4C.2
Mahajan, Sunayana - ATh4G.4
Mahmudi, Mohammad - AF4A.11
Malomed, Boris A. - AF4A.41
Mantelet, Guillaume - AS3D.4
Marris-Morini, Delphine - AS3B.1,
ATh4B.1
Martin, Richard - ATh1D.5
Martinez , Amos - ATh2A.2
Maruta, Akihiro - AF4A.74
Mas Machuca, Carmen - ATh3D.1
Matarazzo, Emma - AS4C.2
Matiss, Andreas - AS4B.4
Matsuo, Shoichiro - AF3A.4
Matsushita, Jyunya - AF4A.28
Matthews, Dennis - ATh4H.4
Mayank, Bahl - AS3F.2
May-Smith, Timothy C. - ATh2A.1
McMeekin, Scott - ATh1G.2
Mechet, Pauline - ATh4B.5
Mei, Liang - ATh2H.5
Mei, Ting - AF4A.17, ATh4B
Meloni, Gianluca - AS4C.2
Memon, Muhammad Irfan - AF4A.35
Meng, Hongyun - ATh3A.3
Meng, Jianjun - ATh2B.7, AS4H.6
Meng, Ziming - AS4B.3
Meyer, Joachim - AF3G.2
Michel, Jurgen - AF3B.1
Michie, Craig - AS1D.1
Miffre, Alain - AF3D.1
Mikkelsen, Benny - ATh1H, ATh4C.1
Min-Hsiung, Shih - ATh2F.6, AF4B.37
Miri, Somayeh - AS1H.4
Mitchell, John E. - ATh1C.4
Miyamoto, Keisuke - AF4A.36
Miyoshi, Yuji - AF4A.74, AF3A.4,
AF4A.64, AF4A.62, ATh2A.6
Mo, Lei - ATh2F.2
Moerk, Jesper - AS2H, AS3H.1
Mohamed, Mona B. - ATh2F.4
Monroy, Idelfonso Tafur - AS3C.5,
AS3C.4Monti, Paolo - ATh1D.3, AS3D.1, AS2D
Mori, Masahiko - AF3B.2
Morita, Itsuro - AS1G.6
Morsy-Osman, Mohamed - ATh2C.1
Mortelette, Aurélien - AS3A.1
Mortier, Geert - ATh4B.5

Mousa-Pasandi, Mohammad E. ATh2C.1
Mueller, Michael - AS3C.1
Muhammad, Ajmal - AF4A.58
Mukherjee, Biswanath - ATh4D.1
Muller, Andre - AS4E.1
Muller, Antoine - ATh4E.3
Mullick, Tahsin Uddin - ATh2F.3
Murai, Hitoshi - AS4C.5
Muriel, Miguel - ATh4A.5
Nakamura, Takahiro - AF3B.2
Nam, Eun-Soo - AF4A.1
Naqavi, Ali - AF3F.1
Nashed, Ramy - ATh2F.4
Nebendahl, Bernd - AF3G.2
Neshev, Dragomir N. - ATh1G.3
Ng, Tien K. - ATh2B.6, AS2F.2
Ni, Wenda - ATh4D.2
Nirmalathas, Ampalavanapillai ATh2D.1, ATh2D.5, ATh1D.2
Nishimori, Tomoyasu - AF4A.28
Nishioka, Masaki - AS4C.5
Niwa, Tomonobu - ATh2C.4
Noguchi, Shinji - AS4B.5
O’Brien, Jeremy L. - AS1H.1
O’Faolain, L. - AS3B.6
Ohashi, Masaharu - AF3A.4, AF4A.64,
AF4A.62, ATh2A.6
Okano, Makoto - AF3B.2
OKuno, Yoichi - AF4B.4
Olivio, Malini - AS3E, ATh3E.1
Olsson, Fredrik - AS3E.2
Omomukuyo, Oluyemi - ATh1C.4
Ooi, Boon S. - ATh2B.6, AS2F.2, ATh4F
Osawa, Naoaki - AS2D.4
Othman, Maisara B. - AS3C.5, AS3C.4
Otsuki, Masato - AS3G.4
Ou, Haiyan - JS4F.1
Ou, Y. - JS4F.1
Oulton, Rupert - AS1B.1
Oxenløwe, Leif K. - ATh4B.7
Ozolins, Oskars - AS1G.1
Pak Tao Lau, Alan - AF3G.3
Pan, Shilong - AF4A.40, ATh2C.5
Pang, Fufei - AF4A.72, AF4A.77
Pang, Xiaodan - AS3C.4
Parekh, Devang - AS2C.1, AS3C.1
Park, Chunghyun - ATh2E.3
Park, Jung-Hoon - ATh2E.3
Park, Won - AS2H.5
Park, YongKeun - AF4B.17, ATh2E.3
Parker, Michael C. - ATh1D.5
Patel, Ankitkumar - AS2D.3

Pavone, Francesco S. - AS2E.1
Pei, Ke - JS4F.2
Peng, Baojin - AF4A.65
Peng, Limei - ATh2D.6, AS4D.3
Peng, Weijin - JS4F.2
Peng, Wei-Ren - ATh1H.3
Penty, Richard V. - AF3C.1
Peracchi, Andrea - AS4C.2, AF3G.4
Peter, Lodahl - AF4A.3
Petersen, Paul Michael - AS4E.1
Peucheret, Christophe - AS1G.1, ATh4B.7
Pezzi, Luigia - ATh3G.3
Pickavet, Mario - ATh3D.2
Piotrowski, Jozef - ATh4E.2
Plant, David V. - ATh2C.1
Polyakov, Alexander Y. - ATh1F.4
Poon, Andrew W. - AW2A.3
Popov, Sergei - AS1C.3, AS1C.2
Popp, Juergen - ATh3E.3, ATh4H.3,
ATh2E
Potì, Luca - AS4C.2
Prat, Josep - AF3C
Pu, Minhao - ATh4B.7
Puttnam, Benjamin J. - AS2C.5
Qi, Guang - AF4A.22
Qi, Tao - ATh2A.3
Qi, Yu - AF4A.16
Qian, Jun - ATh3E.4, ATh2E.5, AS4E.5,
AS3E.3, ATh2E.7, AS3E.5
Qian, Lei - AF4B.27
Qian, Zhengfeng - AS2C.2
Qianggao, Hu - AF4A.16
Qinlian, Bu - AF4A.16
Qiu, Chao - ATh2B.3, ATh3B.2, AF4A.38,
ATh4B.6, ATh1B.2, AF4A.13, AS2B.5
Qiu, Chen - AS4B.2
Qiu, Huiye - AS4B.2, AS3B.4
Qiu, Kun - AF4A.42
Qiu, Lin - ATh2E.6
Qiushi, Ren - AF4B.21
Rairoux, Patrick - AF3D.1
Ramamurthy, Byrav - AS2D.2
Ramini, Luca - ATh3D.3
Ranaweera, Chathurika - ATh2D.5
Rasigade, Gilles - ATh4B.1
Rasooli, Hasan - AS1H.4, AF4A.11
Raz, Oded - AS1B.5
Reboul, J.R. - AS1H.5
Reed, Graham - AW2A
Reed, Graham T. - AS3B.6, ATh2B.4,
AW1A.4Ren, Xiaomin - AF4A.7, AF4A.18,
AS1H.3Ren, Zhifeng - AF4B.33, ATh3F.2, +4'.

Ren, Zhiwei - AS3F.3, ATh1F.3
Ribera, Carlos - ATh2D.7
Richardson, David J. - ATh1A.1
Richter, Andre - AW2A.4
Robinson, David - ATh2A.4
Rodriguez, J.B. - AS1H.5
Roelkens, Gunther - ATh3B.5, AS1B.5
Roepcke, Juergen - AF3D.4
Roh, S. David - ATh4F.2, AS1F
Ronda, Cees - ATh4F.1
Rong, Haisheng - ATh1B.1, AS3B
Röpcke, Jürgen - AS1E.3
Rostami, Ali - AS1H.4, AF4A.11
Rouifed, Mohamed-Saïd - AS3B.1
Rouskas, George - AS4A
Rouskas, George N. - AS3D.2, AF4A.48
Rubinsztein-Dunlop, Halina - ATh1E.2
Rui, Xiong - ATh3A.3
Russell, Philip - AF3A.2
Sadot, Dan - ATh1C.3
Sahu, Jayanta K. - ATh2A.1
Saitoh, Emi - AS2B.4
Saitoh, Kunimasa - AS2B.4
Sakaguchi, Jun - AS2C.5
Saleem, Muhammad - AS2E.3
Sandoghdar, Vahid - AS1B.2
Sano, Akihide - AS1C.1
Sato, Ken-ichi - ATh2D.2, AS4A.3,
AS2D.4, ATh2D.4, ATh2C.4,
AF4A.49
Sato, Masaki - ATh1H.2
Scarmozzino, Robert - AS3F.2
Schmidt, Markus - AF3A.2, AS1A
Schmidt, Michael - AS2E.4
Schmogrow, Rene - AF3G.2
Schneider, Bendix - ATh4B.5
Schrauwen, Benjamin - ATh4B.5
Schubert, E. Fred - ATh4F.4
Schweinsberg, Aaron - ATh4A.3
Seidel, Richard - AS4B.4
Semenova, Yuliya - AF4B.7
Sergeyev, Sergey - AS1C.3, AS1C.2
Set, Sze.Yun - ATh2A.2
Shang, Libin - AF4B.6, AS1E.4
Shao, Weidong - AS3D.3
Sharp, Graham - ATh1G.2
Shehata, Ahmed - ATh2F.4
Shekari, Hemayat - AS1H.4
Shen, Ao - AS4B.2
Shen, Gangxiang - ATh1D
Shen, Gangxiang - ATh2D.6, AS4D.3,
AF3E.7, AS3D.3, JTh1IF.4
Sheng, Zhen - ATh2B.3, ATh3B.2,
AF4A.38, ATh4B.6, ATh1B.2,
AF4A.13, AS2B.5

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Shi, Jie - ATh2A.3, ATh3C.5
Shi, Ran - AS1G.5
Shi, Yaocheng - AS2B.6, ATh1B.3,
AS2H.4, ATh1B.4, AS1B.3, AS2H.3
Shi, Zhimin - ATh4A.3
Shieh, William - AS2C.4, ATh2C.3,
AS2C.3Shih-Hsuan, Chien - ATh2F.6
Shimizu, Takanori - AF3B.2
Shimizu, Tatsuya - AS4C.5
Shtaif, Mark - AF3G.1
Shuihua, Liu - AF4A.16
Skafidas, Efstratios - ATh2D.1
Snyder, Bradley - ATh2B.4
Soltanolkotabi, Mahmood - AS4E.7
Somesfalean, Gabriel - AF3D
Somesfalean, Gabriel - ATh2H.4,
ATh2H.5, AS4E.7
Song, Kangjing - AF3E.4
Song, Mingzhao - AF4A.23
Sorger, Volker - AS1B.1
Spuesens, Thijs - ATh4B.5
Srinivasan, Balaji - AF4B.25, ATh3A.5
Srivastava, Manas - ATh3A.5
Stefanski, Przemyslaw - ATh4E.1
Steffan, Andreas G. - AS4B.4
Stelzle, Florian - AS2E.4
Stobbe, Søren - AF4A.3
Su, Shijian - ATh3F.4
Su, Ting - AF3C.5
Su, Yikai - AS2G
Su, Yikai - ATh3C.4, ATh2C.2
Subash, Arman Ahamed - AS2E.3
Sugihara, Okihiro - ATh2G.3
Suhr Skovgaard, T. - AS3H.1
Sui, Qi - AF3G.3
Sun , Weiqiang - AF4A.54, AF3E.2
Sun, Bing - AF4A.61, AF4A.69, AF4A.63,
AF4A.67, AF4A.70
Sun, Chi-Kuang - ATh4H.8
Sun, Fei - AF4B.40
Sun, Haibin - ATh4G.3, AS1B.6
Sun, Tianyi - AF4B.33
Sun, Xiaomeng - ATh4B.2
Sun, Zhijun - ATh1G.4
Sune, Svanberg - AS4E.7
Sung, Lanping Amy - ATh1E.4
Suyama, Taikei - AF4B.4
Svanberg, Katarina - AS4E.7, ATh4H.1
Svanberg, Sune R. - ATh2H.4, ATh2H.5,
AF3D.2, ATh4H.2
Svenmarker, Pontus - AS3E.2
Syvajarvi, M. - JS4F.1
Tai, Boyin - AS2A.3
Tainta, Santiago - ATh4A.5

Tajima, Tsutomu - ATh1H.2
Takahashi, Hiroshi - ATh2C.4
Takama, Renjo - AS3G.4
Takenaga, Katsuhiro - AF3A.4
Tam, Hwayaw - AF4A.65, AS1E.4
Tam, Thomas - AS3A.1
Tan, Chee-Keong - AS3F.1
Tanaka, Akihiro - ATh1H.2
Tang, Ben - ATh2G.1, ATh3C.3, AS4G.1
Tang, Runhong - AS2C.2
Tang, Xionggui - AS1A.6, AF4A.76
Tang, Xiongyan - AF4A.48
Tang, Yongbo - ATh1B.5
Tansu, Nelson - ATh1F.2, AS3F.1, AF3F.4,
AF3F, ATh1F
Tao, Tao - AF4B.12
Tassaert, Martijn - AS1B.5
Terada, Jun - JTh2IF.1
Thakur, Manoj P. - ATh1C.4
Theurer, Abongwa - AS4B.4
Thomas, Benjamin - AF3D.1
Thomson, Dave J. - AS3B.6
Thylen, Lars - AS2H.2, AW1A.3
Tian, Hua - AF4B.18
Tian, Sicong - AS4H.5
Tian, Yonghui - AS1B.4, AF4A.4
Tittel, Frank K. - ATh4E.1
Toda, Hiroyuki - AS3G.4, AS4C.5
Tokunaga, Tomochika - AS1E.2
Tolstikhin, Valery - AF3B
Tong, Cunzhu - AS4H.5
Tong, Hua - AF3F.4
Tong, Jinhui - AS3F.3, ATh1F.3, AS3F.5
Tong, Limin - AF3A.3, AS2A.1, ATh2A.7
Toupin, Perrine - AF3A.1
Tournie, Eric - AS1H.5
Tremblay, Christine - AS3A.1, AS3D.4,
AS4D
Trita, Andrea - ATh2B.1
Troles, Johann - AF3A.1
Tsai, Yu Lin - AF4B.39
Tsuritani, Takehiro - AS1G.6
Tu, Tan - ATh2H.2
Tuchin, Valery V. - AF4B.31, AS2E.2
Tuchina, Daria - AF4B.31
Turitsyn, Sergei K. - ATh3A.1
Uebel, Patrick - AF3A.2
Ulin-Avila, Erick - AS1B.1
Umeton, Cesare - ATh3G.3, ATh4G
Urino, Yutaka - AF3B.2
Usmani, Belal - ATh2A.1
Valcarenghi, Luca - ATh1D.3, ATh1D.1,
AS1D
van Heddeghem, Ward - ATh1D.5

Van Thourhout, Dries - ATh3B.5,
ATh2B.1
Van Vaerenbergh, Thomas - ATh4B.5
Vandoorne, Kristof - ATh4B.5
Venkitesh, Deepa - AF4B.25, ATh3A.5
Vermeulen, Diedrik - ATh3B.5
Verstuyft, Steven - ATh2B.1
Virot, Leopold - ATh4B.1
Vivien, Laurent - AS3B.1, ATh4B.1, AS2B
Vornehm, Joseph E. - ATh4A.3
Wada, Naoya - ATh2C, AS2C.5
Wai, Ping Kong - ATh4A.6
Walker, Stuart D. - ATh1D.5
Wan, Lei - AF4A.8
Wan, Yangsha - AF4A.51, ATh3D.5
Wang, Baojun - AF4A.6
Wang, Binhao - AF4B.26
Wang, Bo - ATh3C.1, AF3G
Wang, Chao - AF4A.71
Wang, Chingyue - ATh1E.3
Wang, Dan - ATh3E.4, ATh2E.7
Wang, Demiao - AF4B.38
Wang, Dong - AS2G.5
Wang, Gang - AS2B.2
Wang, Guangjun - AF4A.22
Wang, Guangquan - JTh2IF.5
Wang, Hongchuan - ATh4D.4
Wang, Honglei - ATh1E.6
Wang, Hongxiang - AF4A.55
Wang, Hui - AS3D.2
Wang, Jia - AF4A.55
Wang, Jian - AS2G.1, AS3G.3, AF4A.14,
ATh1B.5, AS3C
Wang, Jing - ATh2B.3, AF4A.38
Wang, Junnan - AF4B.20
Wang, Ke - ATh2D.1
Wang, Km - ATh1C.1
Wang, Kun - AS4A.4
Wang, Lei - AS4H.2, AS4H.3, AS4H.4,
AS4H.6, ATh1H.5
Wang, Lijie - AS4H.5
Wang, Lijun - AS4H.5
Wang, Lingjie - AF4A.20
Wang, Minghua - AS3B.4
Wang, Pan - ATh2A.7
Wang, Qi - AS1H.3
Wang, Qiang - AS2G.5
Wang, Qin - AF4B.5
Wang, Shing-Chung - AS3F.4
Wang, Shouyu - AS4A.5
Wang, Shunyan - AS1G.2
Wang, Tianshu - AF4A.63
Wang, Ting - AS4A.2, AS2D.3, ATh1H.2,
JTh2IF.2
Wang, Tingyun - AF4A.72, AF4A.77

Wang, Wanjun - AS3B.4
Wang, Wei - AF4A.6
Wang, Xi - ATh2B.3, ATh3B.2, AF4A.38,
ATh4B.6, ATh1B.2, AF4A.13, AS2B.5
Wang, Xiaokun - ATh1B.3, AS2H.4
Wang, Xing B. - AF4A.32
Wang, Yajun - AS3A.4
Wang, Yalun - ATh2E.7
Wang, Yan - AS4D.6, AS4D.5
Wang, Yang - AF4B.33, ATh3F.2
Wang, Yifan - AF4B.19, AF4B.9
Wang, Yuh-lin - ATh3E.2
Wang, Zegao - AS1A.2
Wang, Zhechao - AS2H.2, AW1A.3
Wang, Zhi - AS2A.3
Wang, Zhiqi - AF4A.38, ATh4B.6, AS2B.5
Wang, Zhuoran - AF4A.37
Wang, Ziyu - AF4B.8, AF4B.5
Watanabe, Shinya - ATh2A.6
Watanabe, Toshio - ATh2C.4
Way, Winston I. - AS1G.3
Webb, Andrew S. - ATh2A.1
Wei, Shi - AF4A.16
Wei, Wang - ATh3A.3, ATh3A.3
Wei, Wenxiong - AS4H.4
Wei, Yizhen - ATh3A.4, AF4A.69,
AF4A.63, AF4A.70
Wei, Yue - AF3E.7
Weidong, Chen - ATh2H.2
Weiping, Han - AF3C.6
Wellbrock, Glenn A. - ATh1H.2
Wellmann, P. - JS4F.1
Wen, Guangjun - ATh4G.3, AS1B.6
White, Ian H. - ATh2C.7, AF3C.1, AS1G
Wierer, Jonathan - AS2F.4
Wilkinson, Timothy D. - ATh2C.7
Winter, Markus - AF3G.2
Wong, Elaine - ATh2D.5, ATh1D.4,
AS1D.4, ATh1D.2
Wosinska, Lena - ATh1D.3, AS3D.4,
ATh2D.7, ATh3D
Wosinski, Lech - AS2H.2, AW1A.3,
AS2H.4
Wu, Aimin - ATh2B.3, ATh3B.2,
AF4A.38, ATh4B.6, ATh1B.2,
AF4A.13, AS2B.5
Wu, Cen - AS2B.2
Wu, Chaoye - AF3G.5
Wu, Chung-Lun - AF3B.3
Wu, Gang - AS4A.4
Wu, Guiling - ATh4C.5
Wu, Hequan - AS3C.1
Wu, Hongbin - ATh3F.4
Wu, Jian - AF3G.5
Wu, Jing - ATh2D, ATh4D.2
Wu, Lin - ATh2B.7

Wu, Man - AF4A.9
Wu, Qiang - AF4B.7
Wu, Shibao - AS2G.2
Wu, Weihao - AF4B.22
Wu, Xiaoxia - AS2G.4, ATh4C
Wu, Zhaodi - AF4A.77
Wu, Zhifang - AS2A.3
Xi, Chen - AS2C.3
Xia, Changmin - ATh1A.3
Xia, Handing - AS1A.6, AS1A.2
Xia, Tiejun J. - ATh1H.2
Xia, Xiang - ATh3B.4
Xiang, Chao - AS3G.3, AF4A.14
Xiao, Houfei - AF3G.5
Xiao, Jinbiao - AF4A.15
Xiao, JinLong - AF4A.19
Xiao, Qian - AF4A.71
Xiao, Sanshui - AS2H.1
Xiao, Shilin - ATh2A.3, ATh3C.5
Xiao, Xi - AS3B.3
Xiao, Xiao - AS4G.4
Xiao, Xiaosheng - ATh4A.4, AF4A.73,
AF4A.68
Xiaobo, Yi - JTh2IF
Xiaohui, Zou - AF4A.16
Xiaomeng, Sun - AS3B.2
Xiaowei, Wu - ATh3A.3
Xie, Caijun - AF4A.52
Xie, Chongjin - AS4C
Xie, Chongjin - ATh4C.2
Xie, Feng - ATh4E.4
Xie, Jingya - ATh4B.2
Xie, Shizhong - AS1G.5, AF4A.45,
AS2G.2
Xie, Yanqiao - AF4A.21, ATh4B.3
Xing, Da - ATh4H.9
Xing, Enbo - AS4H.5
Xing, Xiao-Bo - AS1A.5
Xingyu, Zhou - ATh2A.5
Xiong, Qianjin - JTh1IF, JTh1IF.1
Xu, Anshi - AS2C.1
Xu, Bo - ATh2A.2
Xu, Can - ATh2H.4, AS3E.2
Xu, Chenglin - AS3F.2
Xu, Danxia - ATh1B, ATh3B
Xu, Fei - AF4A.65
Xu, Hao - AS3B.3
Xu, Huiying - AS1A.4, AS2D.1
Xu, Jing - AS1G.2
Xu, Miao - ATh3F.4
Xu, Pei - AF4B.29
Xu, Peng - AF4A.57
Xu, Tianhua - AS1C.3, AS1C.2
Xu, Wen-Cheng - AS1A.5
Xu, Xian - ATh2C.1

Xu, Yang - AS1B.3
Xu, Yong - ATh4G.2
Xu, Yuanzhong - AF4A.20
Xu, Zhenzhen - AF4A.59
Xuanze, Huang - AF4A.16
Xue, Yi - ATh2E.4
Xuguang, Huang - ATh3A.3
Xuping, Lei - AF4B.21
Yakimova, R. - JS4F.1
Yamada, Koji - AW2A.1
Yamamoto, Shuhei - AF4A.62
Yamamoto, Tsuyoshi - AF3B.2
Yamashita, Shinji - AS1A.1, ATh2A.2
Yan, Chunsheng - ATh2H.3, AF4B.23,
AF4B.20, AF4B.26
Yan, Guofeng - AF4A.75
Yan, Lianshan - ATh2B.2, AS2C
Yan, Xin - AF4A.7, AF4A.18
Yan, Xuejin - ATh3C.2
Yan, Yingce - AS1H.3
Yan, Yuchao - AF4B.16
Yan, Zheng - AF4A.32
Yan, Zhijun - ATh2A.4
Yang, Bo - AS2B.6
Yang, Changxi - ATh4A
Yang, Chao-Yu - AF4B.13
Yang, Chuanchuan - AF4B.8, AS4G.3,
AF4B.5
Yang, Hui - AF4A.51, ATh3D.5, AS4D.2,
AF3E.4, AF3F.3, AS4A.5
Yang, Jiangyi - AS4B.2, AF4A.10, AS3B.4
Yang, Lin - AS3B.5, AF4A.4, ATh2H.3
Yang, Liu - AS2B.6, ATh2F.2, AS2F.3
Yang, Pei - ATh3C.5
Yang, Qi - AS4G.4, JTh1IF.6
Yang, Qing - ATh1E.6
Yang, Sigang - AS1G.5, AF4A.45, AS2G.2
Yang, Weijian - AS2C.1
Yang, Xuelin - AF4A.47, AS2B.2,
ATh1C.5, AS1D.3
Yang, Yu - AS4A.5
Yang, Zhang - AF4A.28
Yang, Zhu - ATh1H.4, AS4G.4
Yanyang, Zhou - AS3B.2
Yao, Qi-Feng - AS1H.2, AF4A.19, AS4H.7
Ye, Chenchun - AF4A.66, AS1A.4,
AS1A.3
Ye, Chenhui - ATh2C.2, AS1G.4, ATh2C.6
Ye, Gaoao - AS4E.5
Ye, Jia - AS2C.4, ATh2C.3, ATh2B.2,
AS2C.3Ye, Junjun - AS4E.2
Ye, Tong - AS3H.4
Ye, Yang - AS4H.5
Yebin, Zhang - AF4B.18

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Yeh, C. - AF4A.46, AF4A.30
Yeh, Ting Wei - AS1F.2
Yi, Anlin - ATh2B.2
Yi, Lilin - AF4A.39, ATh3D.4
Yi, Pan - AS2D.2
Yi, Xingwen - AF4A.42
Yin, Qing - AS3C.1
Yin, Shan - AS4D.4
Yin, Xiaobo - AS1B.1
Yin, Yawei - ATh2D.3
Yin, Yian - AS3F.3, ATh1F.3
Yin, Zhaohui - AF4A.72
Yinping, Miao - AS2A.4
Yoo, Ben - ATh2D.3, AS4A.1, AW1A.1
Yoon, Euijoon - AS2F, AS1F.1
Yoshida, Tsuyoshi - AS4C.4
Yoshinaga, Koki - AS4B.5
You, Shanhong - AF3E.7
You, Weizhi - ATh3D.4
Youn, Chun Ju - AF4A.1
Younce, Richard - AS3A.4
Yu, Biying - AF4B.28
Yu, Changyuan - AS4C.1
Yu, Hyunseung - ATh2E.3
Yu, Jianjun - ATh2C.6, ATh1H.1
Yu, Jinzhong - AS3B.3
Yu, Longhai - AS1B.3
Yu, Peichen - AF4B.37, AF4B.39
Yu, Ping - AS4B.2, AF4A.10
Yu, Shaohua - AS4G.4

Yu, Siyang - AF4A.53
Yu, Tingting - AS4H.2
Yu, Xiaoshan - AS4A.4
Yu, Xiaosong - AF3E.5, AS4D.2, AF3E.4,
AF3E.3Yu, Yiming - AF3E.4
Yu, Ying - AS2G.2
Yu, Yude - AS3B.3
Yu, Yue - AF3E.5
Yu, Zhihua - AF4A.22
Yu, Ziyan - AF3E.3
Yuan, Guohui - AF4A.37
Yu-Lin, Tsai - AF4B.37
Yvind, Kresten - ATh4B.7, AS3H.1
Zah, Chung-En - ATh4E.4
Zawadzki, Crispin - AS4B.4
Zeng, Dongbiao - AF4A.76
Zeng, Tao - AS4G.4
Zeng, Yuchen - AF3E.6
Zeng, Yugang - AS4H.5
Zentgraf, Thomas - AS1B.1
Zhan, Junyun - AF4A.24
Zhan, Qiuqiang - AS3E.3
Zhan, Yueying - AS2B.3, AS3G.2,
AF4A.31, AF4A.24
Zhang, A.Ping - AF4B.18, AF4A.75
Zhang, Baigang - ATh4G.2
Zhang, Can - AF4A.6
Zhang, Cheng - AS2C.1, AS3C.1

Zhang, Chongfu - AF4A.29, AF4A.44
Zhang, Desi - AF4B.15
Zhang, Fan - AS4G.3
Zhang, Haiting - AF4A.40
Zhang, Haiyi - JTh2IF.7
Zhang, Hanyi - AF3E.6
Zhang, Hongbo - AF4A.42, AF4A.33
Zhang, Jessica - ATh2B.5
Zhang, Jiawei - AF3E.5
Zhang, Jie - AS4D.4, AF3E.5, AS4D.2,
AF3E.4, AF3E.3, AF4A.59, AF4A.55
Zhang, Jing - AS3F.1, AF3F.4
Zhang, Lei - AS3B.5, AF4A.4, ATh2A.7
Zhang, Liang - ATh3C.4, ATh2C.2,
ATh2C.6, AS4D.1
Zhang, Lin - ATh2A.4
Zhang, Lincong - AS1D.5, ATh1D.6
Zhang, Miao - AF4A.27
Zhang, Min - AS2B.3, AS3G.2, AF4A.31,
AS4D.4, AF4A.59, AF4A.24
Zhang, Mingyang - ATh2D.3
Zhang, Nan - AF4A.53
Zhang, Pei - AF4A.48
Zhang, Peng - ATh2E.1, AF4A.51,
ATh3D.5
Zhang, Qiongli - AF4A.29, AF4A.44
Zhang, Shangjian - AS1A.6, AF4A.76
Zhang, Tao - AF4A.39
Zhang, Wei - ATh1A.3
Zhang, Xia - AF4A.7, AF4A.18, AS1H.3

Zhang, Xiang - AS1B.1
Zhang, Xiangdong - AS2G.3
Zhang, Xianmin - AS2E.5
Zhang, Xiaobei - AF4A.72, AF4A.77
Zhang, Xiaochong - JTh2IF.6
Zhang, Xiaoxia - AS1A.6
Zhang, Xin - AF4A.37, AF4A.12
Zhang, Xin Q. - ATh1H.4
Zhang, Xu - AS3C.5, AS3C.4
Zhang, Yimo - AS1C.3, AS1C.2
Zhang, Yong - AS3E.1
Zhang, Yong - AS4E
Zhang, Yu - AW2A.3
Zhang, Yuan - ATh2E.7
Zhang, Zhaochuan - AF4B.6, AS1E.4
Zhang, Zhe - ATh4G.2
Zhang, Zhonghuan - AF4A.73
Zhang, Zhonglai - AF4A.14
Zhang, Zitian - AF4A.54, AF3E.2
Zhang, Ziyang - AS4B.4
Zhao, Bijun - AS3F.3, ATh1F.3
Zhao, Hongping - ATh1F.2, AS3F.1,
ATh2F
Zhao, Juan - AF4A.22
Zhao, Yanli - AF4A.20
Zhao, Yong - AS3B.4
Zhao, Yongli - AF3E.5, AS4D.2, AF3E.4,
AS4A.5, AF3E.3, AF4A.59
Zhao, Yuchen - AF4A.77
Zhao, Yunfeng - AS4C.6

Zheng, Ruobin - AF4A.53
Zheng, Shilie - AS2E.5
Zheng, Xiaoping - AF3E.6
Zheng, Yonglong - AS1A.3
Zheng, Zhenrong - ATh2E.4
Zhiguo, Zhang - AF4A.57
Zhihui, Cao - AF4A.57
Zhong, Chengmei - ATh3F.4
Zhong, Jingping - ATh4G.3, AS1B.6
Zhong, Liyun - AF4B.12, AF4B.15,
AF4B.14
Zhou, Bingkun - AF3E.6
Zhou, Feifan - AS3E.6
Zhou, Guiyao - ATh1A.3
Zhou, Heng - ATh2A.5
Zhou, Jian - AF4B.38
Zhou, Linjie - AF4A.27, AS3H.4, ATh4B.2
Zhou, Ping - AF4A.61, AF4A.21
Zhou, Tianhong - AF4A.20
Zhou, Ting - AS4D.2
Zhou, Yating - AF4A.5
Zhou, Zhao - ATh3C.5, ATh2A.3
Zhou, Zhuya - AS1G.2
Zhu, Dan - ATh2C.5
Zhu, Hongliang - AF4A.6
Zhu, Jun - AS2E.5
Zhu, Kun - AS1G.4
Zhu, Li H. - AS4H.3, AS4H.6
Zhu, Luping - AS4E.2
Zhu, Ming - ATh2C.2, ATh2C.6

Zhu, Ning - AF4A.17
Zhu, Paikun - ATh1C.6
Zhu, Peifen - AS3F.1
Zhu, Peng-Fei - AS1A.5
zhu, qiangyuan - ATh2E.6
Zhu, Weiren - ATh4G.3, AS1B.6
Zhu, Xiaoyang - AF4B.6
Zhu, Yunpeng - ATh1B.4
Zhu, Zuqing - ATh2D.3, AS4D.1
Zhuang, Zhengfei - AF4B.30, AF4B.28
Zhuang, Zhiming - ATh3C.4
Zhuge, Qunbi - ATh2C.1
Ziebell, Melissa - ATh4B.1
Ziegler, Reinhold - AS4B.4
Zou, Ding - AS3A.2
Zou, Jun - ATh3B.4
Zou, Li - AS4H.2, AS4H.6
Zou, Ling-xiu - AS1H.2, AF4A.19,
AS4H.7
Zou, Shichang - AF4A.38, AF4A.13,
AS2B.5, ATh1B.2, ATh2B.3, ATh3B.2,
AF4A.38, ATh4B.6, ATh1B.2,
AF4A.13, AS2B.5, ATh3B.2, ATh4B.6
Zou, Weiwen - ATh4C.5
Zou, Zhi - AS3H.4, ATh4B.2, AS3H.4,
ATh4B.2
Zuo, Yong - AF3G.5

NOTES________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________
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