Conference Program

Free for all students! Let's enjoy academic discussions!!

Students can attend all OECC2010 Workshops on Monday FREE OF CHARGE.*
Please show Student ID card at the registration desk.
* To attend other programs of OECC2010, registration is mandatory.

 

Workshops

Contents are subject to change

 

Workshop 1: "Optical Network Technologies Beyond the Next"

Date:

10:30-17:00, Monday 5th July, 2010
Part I: 10:30-12:30
(Lunch: 12:30-13:30)
Part II: 13:30-17:00 (include Break 15:00-15:30)
(Get together Party: 17:30-19:30)

 

Organizers

Ken-ichi Kitayama (Osaka University)
Part I: Osamu Ishida (NTT)
Part II: Ken-ichi Kitayama

 

Adviser

Takeshi Kamiya (NICT)

 

Secretary

Naoya Wada (NICT), and Shu Namiki (AIST)

 

Scope:

The next generation network technologies can be well defined and in fact, they are en route. On the other hand, beyond them, it is even hard to predict how exactly the network technologies will be like. This may be attributed to the fact that the current technologies are approaching several of fundamental limits; the electronic speed limit, the Shannon and quantum limit, and the IP and energy bottleneck. And the technologies beyond the next generation must overcome, or at least circumvent, these limits ensuring the sustainable growth of network traffic. It is without doubt that the optical technologies will play a central role. The aim of this workshop is to cast the cutting-edge optical technologies and discuss the optical network technologies beyond the next generation. The workshop will consist of two parts; the first part will be on the advancement of optical transport technology, i.e. 100 GbE and beyond, and the latter part will explore the future optical switching technologies and devices, along with discussions on ‘Green’ issues on optical networking.

 

Invited Speakers
Part I: 100GbE Transport and beyond for Terabit LAN era：

  • Shinji Nishimura, Hitachi： Ethernet Physical Logic Challenges for 100Gb-LAN and beyond
  • Matt Traverso, Opnext: Optical Transceivers for 100G and beyond
  • Takao Naito, Fujitsu Labs.: Future Optical Network Node/Architecture
  • Kim Roberts, Ciena: 100G and beyond using Digital Coherent Signal Processing
  • Kiyoshi Fukuchi, NEC: Lessons Learned from the Development of a FPGA based 100Gb/s Throughput Digital Coherent Platform
  • Sander Jansen, NSN: Advanced optical modulation formats for 100G and beyond

 

Part II: What are the Energy-efficient Optical Switching and Device Technologies ?

  • Hiroshi Esaki, Univ. of Tokyo: The New World of ICT Applications
    -- Green University of Tokyo Project--
  • Didier Colle, Ghent Univ.: Energy-Efficiency in Optical Telecommunications Networks
  • Andreas Gladisch, Deutsche Telekom AG: The future of packet and optic integration
  • Hiroshi Ishikawa, AIST: Optical path technologies toward ultra-low energy consuming networks
  • Hiroaki Harai, NICT: Optical Packet & Circuit Integrated Network for New Generation Network
    - Status Update -
  • Vincent Chan, MIT: Optical Flow Switching - A new green optical network transport
  • S. J. Ben Yoo, UC Davis: Silicon photonics in Green ICT
  • Stojan Radic, UC SanDiego: What is The Future of All-Optical Processing?
  • Tohru Asami, Univ. of Tokyo: NEDO Project on Development of Next-Generation Highly-Efficiency Network Device Technology - Energy Saving Perspectives -

 

Agenda

- Moderator: K. Kitayama

1. Presentations by the panelists

2. Panel discussion

>>TOP

 

Workshop 2:
"Progress in Silicon Photonics and Recent Activities in Asia"
(Technically cosponsored by Technical Group on Silicon Photonics, IEICE/ES)

Date:

13:30-17:00, Monday 5th July, 2010 (include Break 15:15-15:40)
(Get together Party: 17:30-19:30)

 

Organizers

Toshihiko Baba (Yokohama National University)
Koji Yamada (NTT)

 

Scope:

In recent years, silicon photonics has become a major topic in optoelectronics, involving micron-scale high-index-contrast structures, forming flexible on-chip networks. Further functionalities are integrated through fine nanostructures, PN junctions, epitaxially grown materials, hybrid technologies, etc., while its compatibility with CMOS processes promises large-scale integration and low-cost mass-production. This workshop reviews recent progress in passive, active and functional photonic devices on silicon platform, their applications to fiber communications and on-chip optical interconnects, and recent low-cost foundry services. It also highlights rapidly-growing silicon photonics R&D in Asia, particularly in China, Hong-Kong and Korea.

 

Program

13:30-13:35 Toshihiko Baba (Yokohama National University)
"Opening address"

13:35-13:55 Toshihiko Baba (Yokohama National University)
"Advances in photonics and nanophotonics based on Si technologies"

13:55-14:15  Nobuhiko Nishiyama and Shigehisa Arai (Tokyo Institute of Technology)
"Current status of III-V/Si hybrid optical devices

14:15-14:35 Hideo Isshiki (The University of Electro-Communications)
"Light sources based on Si and the related materials for silicon photonics"

14:35-14:55 Kazumi Wada (The University of Tokyo)
"Recent progress of Si MEMS photonics"

14:55-15:15 Jinzhong Yu (Institute of Semiconductors, Chinese Academy of Sciences)
"SOI waveguide devices: optical modulator/switch and coupler"

15:15-15:40 Coffee Break

15:40-16:00 Andrew W. Poon, Xianshu Luo, Hui Chen, Shaoqi Feng, Hong Cai and Ting Lei (The Hong Kong University of Science and Technology)
"Silicon microresonator-based devices for optical interconnects and optofluidics

16:00-16:20 Keishi Ohashi (MIRAI-Selete / NEC)
"On-chip optical interconnect to replace global electric interconnect"

16:20-16:40 Jung H. Shin (KAIST)
"Silicon photonics research in Korea"

16:40-17:00 Koji Yamada (NTT)
"Silicon-based photonic device integration for telecommunications applications"

>>TOP