| Document Date: 2012-12-10 17:30:07
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City Pisa / / Company IBM / Institut Mines Telecom / Optical Transport Networks / Alcatel-Lucent / / Country Italy / France / / / IndustryTerm multi-rate metro ring networks / considered technology / coherent technology / less expensive equipment / metro network / lower energy-consumption / considered ring technologies / utilized equipment / decrease energy consumption / energy-hungry digital signal processing / metro networks / required equipment / multi-rate solution / backbone networks / Technological solutions / nodes using technology / energy / similar processing / Internet traffic / backbone network / energy-efficient capacity scaling / energy consumption / heuristic algorithm / unidirectional ring network / energy-efficient and scalable networking solutions / feasible solution / aforementioned networking technologies / poor energy proportionality / greedy algorithm / energy requirement / electronics / electronic processing / energy efficiency / less energy-consuming / optical networks / suitable solution / / NaturalFeature Control channel / / OperatingSystem L3 / / Person A RCHITECTURES / / Position Gb/s data channels controller / ring representative / / ProvinceOrState Texas / / Technology heuristic algorithm / ring network technologies / ring technologies / considered technology / nodes using technology / Rings An algorithm / 9 Algorithm / using Algorithm / Quality of Service / three aforementioned networking technologies / OPS technology / circuit-switched / Ethernet / networking technologies / 3 algorithms / laser / considered ring technologies / node Metro ring network technologies / packet switching / lasers / proposed algorithm / four considered technologies / modified algorithm / DSP / DSP chip / /
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1 Dimensioning and energy efficiency of multi-rate metro rings Y. Pointurier, B. Uˇsc´ umli´c, I. Cerutti, A. Gravey, J.-C. Antona