| Document Date: 2006-04-21 02:08:42
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City Dallas / IEEE INFOCOM / Anchorage / / Company Ad Hoc Networks / A. Woo / Mobile Ad Hoc Networks / Mobile Wireless Networks / / Currency GBP / USD / / / Event FDA Phase / / Facility University of Illinois / University of California at Berkeley / Computer Engineering University of California / / IndustryTerm reactive routing protocols / admission control solution / carrier-sensing data / On-demand routing protocols / carrier-sensing distance / Internet Draft / wireless transmissions / determination protocol / lower energy consumption / wireless medium / multihop wireless networks / carrier-sensing table / wireless node / Wireless Networks / admission control solutions / wireless hardware / energy / Wireless signal propagation / carrier-sensing information / carrier-sensing neighbors / energy consumption / carrier signal / wireless multihop networks / determination protocols / carrier-sensing ranges / carrier-sensing / wireless communication / carrier-sensing range / / NaturalFeature K. Fall / / Organization National Science Foundation / University of California / Santa Barbara / U.S. Securities and Exchange Commission / University of Illinois / / Product NS-2 / / ProvinceOrState Texas / Alaska / Illinois / New York / California / / PublishedMedium the CC times / / Technology determination protocols / Quality of Service / determination protocol / proposed protocols / three protocols / reactive routing protocols / MAC protocol / simulation / On-demand routing protocols / wireless MAC protocols / / URL http /
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Determining Intra-Flow Contention along Multihop Paths in Wireless Networks Elizabeth M. Belding-Royer Ian D. Chakeres Dept. of Computer Science Dept. of Electrical & Computer Engineering