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Traffic generation model / Poisson process / Queueing model / Utilization / Long-tail traffic / Statistics / Stochastic processes / Queueing theory


Using LiTGen, a realistic IP traffic model, to evaluate the impact of burstiness on performance Chloé Rolland Julien Ridoux
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Document Date: 2015-02-14 01:17:24


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File Size: 1,18 MB

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City

Paris / Marseille / /

Company

UltraBroadband Information Networks / Cox / Sprint Labs / Computer-Communication Networks / /

Country

France / /

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Facility

National ICT Australia The University of Melbourne / /

IndustryTerm

wide web traffic / hybrid solutions / access network / exponential law / web traffic / internet traffic bursty / web application / Web traffic underlying / energy spectrum comparison method / energy spectra comparison / wireless access cells / deterministic law / mail wireless traffic / Internet backbone traffic / wireless traffic traces / transport protocol / Web traffic Figure / aggregate web pages / operational network / energy / /

Movie

D. V / /

Organization

University of Melbourne / Federal Government / IMC / /

Person

L. Zhang / V / Ashwin Sridharan / Bruno Baynat Vincent Borrel Université / Vincent Borrel Université Pierre / B. Liu / V / Marie Curie / Julien Ridoux Bruno Baynat Vincent / M. S. Crouse / V / /

Position

semantically meaningful hierarchical model / which depends on the studied application / General / /

Product

LiTGen / /

ProgrammingLanguage

HTML / /

PublishedMedium

IEEE Transactions on Information Theory / /

Technology

Ethernet / LAN / wireless access / Peer-To-Peer / CDMA / transport protocol / P2P / simulation / UDP / HTML / client/server / OC-3 / /

URL

http /

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