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High Throughput Route Selection in Multi-rate Ad Hoc Wireless Networks Baruch Awerbuch, David Holmer, and Herbert Rubens Johns Hopkins University, Baltimore MD, USA {baruch, dholmer, herb}@cs.jhu.edu
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Document Date: 2007-10-09 11:15:13


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File Size: 220,08 KB

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Company

Lucent / /

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Facility

Herbert Rubens Johns Hopkins University / /

IndustryTerm

complicated multi-rate networks / multi-rate capable networks / default carrier sense threshold / ad hoc routing protocols / ad hoc wireless networking community / multi-rate ad hoc wireless networks / wireless channel quality / path algorithms / shared wireless medium / carrier sense threshold estimate / ad hoc wireless networks / online case / shortest path algorithm / wireless network / interference networks / shortest path routing protocol / physical wireless parameters / large networks / shortest path selection protocols / wireless adapter / real wireless networks / Wireless Networks / wireless networking standards / multi-rate wireless networks / singlerate networks / carrier sense / carrier sense range / wireless multi-hop networks / auto rate protocol / path solutions / ad hoc networks / multi-rate networks / thruput solution / nearest Internet gateway / singlerate wireless networks / auto rate protocols / obvious solution / arbitrary network / multi-hop wireless networks / present routing protocols / wireless device / proposed wireless networking standards / stated multirate ad hoc wireless network model / multi-rate devices / larger networks / ad hoc multi-hop wireless networks / wireless communication / wireless devices / shortest path protocols / /

Organization

Johns Hopkins University / /

Person

Ranges Rate (Mbps) / Ray Ground / David Holmer / Herbert Rubens Johns / /

Position

General / Model Network Assumptions / /

Product

WaveLAN II devices / WaveLAN II / /

ProgrammingLanguage

Hoc / /

Technology

present routing protocols / path algorithms / shortest path selection protocols / wireless devices / shortest path algorithm / shortest path routing protocol / ad hoc routing protocols / fair MAC protocol / OAR protocols / using existing shortest path protocols / auto rate protocol / routing protocol / wireless device / existing ad hoc routing protocols / shortest path protocols / MAC protocol / simulation / auto rate protocols / /

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