| Document Date: 2010-04-26 14:40:42
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City Bombay / Mumbai / / Company RED IN WIRED/WIRELESS NETWORKS / John Wiley & Sons Ltd. / / Country Greece / India / / / Event FDA Phase / / Facility Florida International University / Demokritos University / / IndustryTerm wired/wireless networks / wireless channel / congestioncontrol algorithm / different transport protocols / suitable protocols / wireless channels / wireless errors / transport protocols / wireless components / Wireless-suitable transport protocols / heterogeneous network / wireless-suitable protocols / mixed wired/wireless environments / wireless losses / random wireless losses / wired network / homogeneous wired network / active queue management / heterogeneous networks / wide-area wireless network / adaptive transport protocols / wireless links / bursty wireless errors / particular protocol / drop tail routers / bottleneck router / wireless error rate increases / level protocol / wireless networks / / MarketIndex Goodput Fairness / / Organization School of Computer Science / Florida International University / Miami / Demokritos University / Department of Electrical & Computer Engineering / / Person Chi Zhang / / Position head / / Product RED drops / / ProgrammingLanguage FL / / ProvinceOrState Florida / / Technology high-level protocol / adaptive transport protocols / drop tail routers / congestioncontrol algorithm / different transport protocols / wireless suitable protocols / RED algorithm / bottleneck router / particular protocol / wired network Protocol / simulation / Wireless-suitable transport protocols / transport protocols / wireless-suitable protocols / Drop-Tail router / /
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INTERNATIONAL JOURNAL OF COMMUNICATION SYSTEMS Int. J. Commun. Syst. 2004; 17:287–302 (DOI: dac.643) Experimental assessment of RED in wired/wireless networks Chi Zhang1,n,y, Manav Khanna2,z and Vassilis Tsaous