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Network architecture / Electronics / Optical burst switching / Burst switching / Optical buffer / Packet switching / Wavelength-division multiplexing / Offset time / Routing / Fiber-optic communications / Network protocols / Computing


4 Wavelength Routing / Optical Burst Switching / Optical Access Network 4-1 Experimental Study of a Burst-Switched WDM Network Testbed Yongmei Sun, HASHIGUCHI Tomohiro, Vu Quang Minh, Xi Wang, IMAIZUMI Hideaki, MORIKAWA
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Document Date: 2013-11-21 19:45:07


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File Size: 3,52 MB

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San Francisco / Anaheim / New York / Stockholm / Chongqing / /

Company

Optical Burst-Switched WDM Networks / Altera / Burst Switched WDM Optical Networks / Agilent / Optical Burst Switching Networks / Optical Burst Switching Network Utilizing PLC / Optical Burst Switched Networks / WDM Burst-Switched Networks / Wavelength Routing WDM Networks / NTT Electronics Corporation / WDM Ring Networks / Constrained Optical Networks / J. High Speed Networks / /

Country

Sweden / Japan / United States / China / /

Event

FDA Phase / /

Facility

National Institute of Information Communications Technology / University of Tokyo Photonic Network IMAIZUMI Hideaki / National Institute of Information / University of Tokyo Ubiquitous Network / University of Tokyo Internet Architecture / University of Tokyo Photonic Network HASHIGUCHI Tomohiro / University of Tokyo Photonic Network Vu Quang Minh Department / University of Tokyo Photonic Network / University of Tokyo Photonic Network Xi Wang / /

IndustryTerm

control algorithms / real-time video stream services / performance devices / feedforward processing time / smart wavelength assignment algorithm / legacy networks / unit technologies / signal processing / attractive switching technology / control signal processing / designed burst scheduling algorithm / electronic routers / wavelength assignment algorithms / control algorithm / Internet traffic / latencysensitive video services / evolution solution / Internet Architecture / optimized burst processing procedures / video services / burst assembly algorithm / /

NaturalFeature

After channel / Sahara / /

OperatingSystem

Microsoft Windows / /

Organization

Department of Frontier Informatics / University of Tokyo / University of Tokyo Photonic Network HASHIGUCHI Tomohiro / National Institute of Information and Communications Technology Vol.53 No.2 / Department of Information and Communication Engineering / National Institute of Information Communications Technology / International Criminal Court / University of Tokyo Photonic Network IMAIZUMI Hideaki / /

Person

J. Li / X. Yu / C. Qiao / Sci / X. Cao / T. Hashiguchi / V / Y. Chen / /

Position

guard / Research Associate / Professor / scheduler / Associate Professor / Cao / /

Product

OBS / /

ProvinceOrState

New York / California / /

Technology

FPGA / attractive switching technology / RAM / smart wavelength assignment algorithm / wavelength assignment algorithms / DWDM / control algorithm / video on demand / Communications Technology / UDP / process control / carefully designed burst scheduling algorithm / Optical Networking / Ethernet / MEMS / Deflection Routing Protocol / burst assembly algorithm / packet switching / control algorithms / key unit technologies / class of service / network protocols / Gigabit Ethernet / /

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