WDM Optical Star Networks / Wavelength Division Multiplexed Passive Star Networks / Multiwavelength Lightwave Networks / PROTOCOL / WDM Networks / WDM Based Networks / Passive Star Coupled Lightwave Networks / Photonic Packet Switched Ring Networks / The star / WDM Multirings / Z. Zhang A. S. / High Capacity Lightwave Local Area Networks / Multi-Channel Photonic Dual Bus Networks / High Speed Networks / Acampora A. S. / Lightwave Packet Networks / /
Event
FDA Phase / /
Facility
Prentice Hall / Oklahoma City University / T. Q. Dam / /
IndustryTerm
static routers / local area network / static router / potential applications / companies data processing needs / computer local area networks / wavelength routers / arbitrary router / analytical tool / wavelength router / static network / computer communication networks / fer device / wavelength devices / square device / /
NaturalFeature
Distributed Tunable Channel / /
Organization
Oklahoma City University / Art Kazmierczak Department of Computer Science / 2007Oklahoma Academy of Science INTRODUCTION Optical / /
Person
Debby Tice / Figure / J. J. Johnson / /
Position
representative / head / /
Product
Gbit/s Local Area / Passive Star Coupled / Multi-Channel Photonic Dual / High Speed Networks / /
ProvinceOrState
Oklahoma / /
TVStation
WDMA / /
Technology
static router / Ethernet / Variable Length Message Scheduling Algorithms / LAN / same scheduling algorithm / Packet Switching / wavelength routers / LAN technology / dynamic router / destination router / source router / wavelength router / simulation / Fiber Optic / arbitrary router / Local Area Networks / WAN / Optical Fiber / /
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