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Electronics / Network protocols / Computer networking / Fiber-optic communications / Scheduling algorithms / Virtual Output Queues / Computer network / Star network / Optical burst switching / Computing / Network architecture / Network topology


A Comparison between Time-slot Scheduling Approaches for All-Photonic Networks Xiao liu, Nahid Saberi, Mark J. Coates and Lorne G. Mason Department of Electrical Engineering McGill University 3480 University St, Montreal
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Document Date: 2006-02-06 14:15:52


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File Size: 635,44 KB

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City

Kingston / San Francisco / Ho Chi Minh City / Phoenix / Montreal / Palo Alto / /

Company

The star / /

Country

Vietnam / Canada / /

Facility

T. Hall / Electrical Engineering McGill University / D. Plant / University St / /

IndustryTerm

all-optical networks / iterative matching algorithm / on-line scheduling algorithms / slot-by-slot protocol / topology network / photonic networks / all-optical broadcast-and select networks / local-area networks / all-photonic networks / startopology all-photonic network / optical buffer devices / all-photonic network / selector/multiplexor devices / slot-by-slot scheduling algorithm / minimum cost search algorithm / photonic switched networks / bufferless alloptical networks / frame scheduling algorithm / packet networks / matching algorithm / photonic devices / mesh networks / internal network / /

Organization

Lorne G. Mason Department / McGill University / /

Person

Nahid Saberi / Lorne G. Mason / Mark J. Coates / /

Position

guard / central controller / central electronic controller / controller / /

ProvinceOrState

Quebec / California / Arizona / /

Technology

minimum cost search algorithm / iterative matching algorithm / on-line scheduling algorithms / packet switching / matching algorithm / proposed algorithm / slot-by-slot protocol / slot-by-slot scheduling algorithm / two OTDM algorithms / frame scheduling algorithm / MAN / second algorithm / simulation / two scheduling algorithms / PIM algorithm / scheduling algorithms / /

URL

http /

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