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SC09 Booth 451 Presentation Schedule

The following schedule is subject to change. Please visit the Partial List of Presentation Topics for more in-depth descriptions.

= Denotes a Green Topic presentation.

= Denotes a Networking Topic presentation.

Day/Time	Monday Evening Presentation
MON NOV 16 6PM	John Delaney • The University of Washington Next-Generation Ocean Science: Cabled ocean observatories now under construction in the U.S. and Canada — such as the Regional Scale Nodes component of the National Science Foundation Ocean Observatories Initiative and NEPTUNE Canada, both in the northeast Pacific Ocean — will enable bold new approaches to studying the oceans. [ more ]

Day/Time	Tuesday Presentations
TUE NOV 17 10:30AM	Celeste Anderson • The University of Southern California TransLight/Pacific Wave: (Description to come)
TUE NOV 17 11AM	Akeo Masuda • NTT Laboratories Application-Network Collaboration for On-Demand Transmission of Uncompressed HDTV: On-demand transmission of Gigabit-class wideband video is enabled interlocking with the automatic set up of huge bandwidth circuit in the IP-optical network. Control of the IP and optical network upon the user's request to start video transmission is exhibited at booth #2164. We also show the visualized map of the network topology to deliver the uncompressed video via international connection supported in part by the Pacific Wave.
TUE NOV 17 1PM	Katsuhiro Sebayashi • NTT Laboratories PRESTA 10G Platform for High-Accuracy 10-Gbps Network Monitoring: NTT has developed 10Gb/s network imonitoring platform which can be applied to very sophisticated packet monitoring and control applications, and Distributed In-service QoS Monitor System for high-speed video stream monitoring. These technologies are verified at several occasions including a few trans Pacific experiments connecting Japan and the USA. Within Japan we have successfully demonstrated an uncompressed 4K video transmission 6Gbps between Tokyo and Osaka. And it also demonstrates in SC09 at NICT/NTT booth (#2164).
TUE NOV 17 2PM	George Papen • UC San Diego Scalable Energy-Efficient Datacenters: The principle goal of building the Scalable Energy Efficient Datacenter (SEED) testbed is to develop an integrated solution that encompasses physical layer hardware, protocols, and topologies that can provide the expected size and performance scaling for future data centers while minimizing the cost and energy per switched bit. [ more ]
TUE NOV 17 3PM	Hisao Uose • NTT Laboratories NTT Lab's Collaboration with Pacific Wave: NTT Laboratories has been collaborating with Pacific Wave for more than six years through the use of its experimental network GEMnet2 which is connected to the Pacific Wave node in Seattle. By this collaboration we've been able to conduct a number of international network experiments requiring very high bandwidth including uncompressed HDTV transmission and 4K video transmission. Other applications include remote fetal diagnosis project and astronomy project. We are going to upgrade our trans-Pacific link from current 2 Gbps to 10 Gbps this year and planning to test more advanced technologies over this infrastructure with Pacific Wave and other R&E network communities.
TUE NOV 17 3:30PM	Kwangjong Jo • KISTI International Advanced Collaboration with GLORIAD/KREONet2 and Pacific Wave: (Description to come)
TUE NOV 17 4PM	Dan Chang • National Center for High-Performance Computing TWAREN/TaiwanLight and International Collaboration: TWAREN is the national research and education backbone in Taiwan. We connect TWAREN with GLIF partners via a TAIWANLight international circuit. Several scientific collaborations such as OptIPuter, HPDMnet, and medical video streaming are supported by IP/Optical exchange points such as Pacific Wave, CANARIE, StarLight, NetherLight, and CESNET.
TUE NOV 17 4:30PM	Tom DeFanti • Calit2@UCSD Better than Going There: Globally Shared Visualization: This has been a good year for tiled LCD panel displays — the bezels have almost disappeared in 2D displays and 3D (with and without glasses) is finally here. The networks, switches, and interface cards are affordable at 10Gb/s, HD videoconferencing is easy to make work and software to integrate it all is propagating fast with SAGE (from EVL) and CGLX (from Calit2). So, you don't need to take off your shoes, jacket, and belt to "go there" to work with your colleagues. [ more ]

Day/Time	Wednesday Presentations
WED NOV 18 1PM	Dr. Kei Hiraki • The University of Tokyo Talk Title To Be Announced: (Description to come)
WED NOV 18 2PM	Akeo Masuda • NTT Laboratories Application-Network Collaboration for On-Demand Transmission of Uncompressed HDTV: On-demand transmission of Gigabit-class wideband video is enabled interlocking with the automatic set up of huge bandwidth circuit in the IP-optical network. Control of the IP and optical network upon the user's request to start video transmission is exhibited at booth #2164. We also show the visualized map of the network topology to deliver the uncompressed video via international connection supported in part by the Pacific Wave.
WED NOV 18 3PM	Katsuhiro Sebayashi • NTT Laboratories PRESTA 10G Platform for High-Accuracy 10-Gbps Network Monitoring: NTT has developed 10Gb/s network imonitoring platform which can be applied to very sophisticated packet monitoring and control applications, and Distributed In-service QoS Monitor System for high-speed video stream monitoring. These technologies are verified at several occasions including a few trans Pacific experiments connecting Japan and the USA. Within Japan we have successfully demonstrated an uncompressed 4K video transmission 6Gbps between Tokyo and Osaka. And it also demonstrates in SC09 at NICT/NTT booth (#2164).
WED NOV 18 4PM	Celeste Anderson • The University of Southern California TransLight/Pacific Wave: (Description to come)

About Pacific Wave

Pacific Wave is a state-of-the-art international peering exchange facility designed to serve research and education networks throughout the Pacific Rim and the world. A joint project between CENIC and the Pacific Northwest Gigapop in collaboration with the University of Washington, Pacific Wave creates a new peering paradigm by removing the geographical barriers of traditional peering facilities. It enables any US or international network to connect at any of three locations along the US Pacific coast, as well as offers the option to peer with any other Pacific Wave participant, regardless of physical location.

By presenting a seamless, unified, international peering exchange facility at strategic Pacific coast locations, the Pacific Wave peering facility will be a magnet for research and education partners throughout Canada, Mexico, South America and the Pacific Rim. For more information, visit www.pacificwave.net.