| Document Date: 2015-02-14 01:17:24
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City Paris / / Company Wilson / Ultra-Broadband Information Networks / Sprint Labs / / Country France / Australia / / / Facility University of Melbourne / / IndustryTerm wide web traffic / wireless terminals / operational wireless network1 / download wireless path / energy plot / access network / wireless access networks / web traffic / wireless network / wireless traffic spectrum / web application / energy spectrum comparison method / web workloads / e.g. web / wireless access cells / mail wireless traffic / wireless traffic traces / Wireless Trace Analysis In order / upload wireless traffic / energy spectrum / web mail / transport protocol / synthetic wireless traffic / operational network / predominant web traffic / wireless traffic / web spectra / energy / / Organization University of Melbourne / IMC / / Person Bruno Baynat / Ashwin Sridharan / Marie Curie / Julien Ridoux / / Position representative / hierarchical model for teletraffic / / ProgrammingLanguage HTML / / Technology ethernet / LAN / wireless access / peer-to-peer / CDMA / transport protocol / P2P / http / ISP / UDP / HTML / TCP/IP protocol / TCP/IP / OC-3 / / URL http /
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LiTGen, a lightweight traffic generator: application to P2P and mail wireless traffic Chlo´e Rolland∗ , Julien Ridoux† , and Bruno Baynat∗ ∗ Universit´e Pierre et Marie Curie – Paris VI, LIP6/CNRS, UMR 7606,