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City Gbps / / Company Kubota / Ge / Furukawa / 1 Introduction Studies / IEEE Journal / J. / / Facility National Institute of Information / port Optical Packet Switch Prototype / / IndustryTerm unit processing time / realistic solution / optical-label switching packet routers / architectural technology / label-processing speed / photonic packet-switched networks / packet switching technology / pipeline processing architecture / prioritized buffer management / electronic processing technologies / optical packet switch featuring optical label processing / electronic processing systems / optical systems / conventional electronic processing / integrated technology / buffer control systems / parallel processing / round-robin processing / high-speed optical label processing / high-speed processing techniques / all-optical code label processing / optical packet switching technology / elemental technologies / address/label processing techniques / optical technologies / packet switching network / asynchronous variable-length packet processing / electronic routers / control technologies / smart edge routers / Pipeline processing / Internet environment / buffer management / electronic control systems / Internet applications / optical packet processing / electronic label processing / speed buffer management processors / ultra-fast optical code label processing / electronic address/label processing techniques / header processing / Internet Protocol / buffer-control algorithm / Internet technologies / aligned processors / minimum optical packet processing size / optical packet network / component technology / closed-domain optical label switch network / / Organization National Institute of Information and Communications Technology / Senior Researcher / Ultrafast Photonic Network Group / Information and Network Systems Department / National Institute of Information and Communications Technology Vol.53 No.2 / New Generation Network Research Center / United Nations / / Person Z. Pan / M. Jeon / Hiroaki / Ultrafast Photonic / / Position guard / store-and-forward / head of line / representative / Manager / Network Architecture Group / Cao / / PublishedMedium IEEE Communications Letters / Proceedings of SPIE / / Technology semiconductor / FPGA / RAM / control technologies / Internet technologies / DWDM / optical technologies / 160 Gbps using DWDM technology / ATM / optical packet switching technology / buffer-control algorithm / component technology / regularly aligned processors / optical-label switching packet routers / WAN / optical fiber / high-speed buffer management processors / packet-switched / electronic processing technologies / architectural technology / Ethernet / IP routers / packet switching / Internet Protocol / technology of optical packet switches / Optoelectronics / MPLS / simulation / relevant optical technologies / parallel processing / implementation technologies / Gigabit Ethernet / / URL http / SocialTag 
5-2 Studies on Architecture and Control Technology for Optical Packet Switches HARAI Hiroaki In this paper, we first describe overview and advanced technology of optical packet switches (OPS) and requirement for practica