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MINIMUM REJECTION SCHEDULING IN ALL-PHOTONIC NETWORKS Nahid Saberi and Mark J. Coates Department of Electrical and Computer Engineering McGill University Montreal, QC, Canada E-mail: , coates@e
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Document Date: 2006-07-13 16:30:06


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Computer Engineering McGill University / D. Plant / Prentice Hall / T. Hall / McGill University / /

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time slot assignment algorithm / all-optical networks / approximate algorithms / alloptical broadcast-and select networks / topology network / photonic networks / all-photonic network / david metro network / deterministic polynomial algorithm / proposed frame-based scheduling algorithms / packet networks / assignment algorithms / minimum solutions / polynomial algorithm / on-line scheduling algorithms / satellite networks / time-wavelength assignment algorithm / satellite systems / wide-area networks / all-photonic networks / arbitrary network / selector/multiplexor devices / multibeam satellite systems / access protocols / frame-scheduling algorithms / wdm networks / photonic devices / /

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MINIMUM REJECTION SCHEDULING IN ALL-PHOTONIC NETWORKS Nahid Saberi and Mark J. Coates Department of Electrical / REJECTION SCHEDULING IN ALL-PHOTONIC NETWORKS Nahid Saberi and Mark J. Coates Department of Electrical and Computer Engineering McGill University Montreal / MRA FMA / J. Assoc. / McGill University / Montreal / Natural Sciences and Engineering Research Council / /

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Mark J. Coates / W. Thatcher / /

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proposed frame-based scheduling algorithms / Av / time slot assignment algorithm / deterministic polynomial algorithm / access protocols / html / TDMA system / Minimum Rejection Algorithm / two algorithms / polynomial algorithm / on-line scheduling algorithms / SS/TDMA assignment algorithms / packet switching / load balancing / frame-scheduling algorithms / 2 Minimum Rejection Algorithm / 3 Algorithm / simulation / TDMA / Fair Matching Algorithm / SS/TDMA time slot assignment algorithm / time-wavelength assignment algorithm / /

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