| Document Date: 2014-06-17 13:11:03
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City New York / / Company Robert Morris MIT Laboratory / / / Facility University of Virginia CS Department / / IndustryTerm state-free robust communication protocol / Energy-efficient antenna sharing / unicast routing protocols / energy-efficient multipath routing / shortest path algorithm / wireless network / predetermined path algorithm / multi-hop wireless networks / opportunistic routing protocol / multi-hop wireless network / multicast protocol / mobile ad hoc networks / Wireless Communications / wireless sensor networks / directed flooding protocols / dense networks / Wireless LAN / low-power wireless sensor networks / longer networks / Wireless Networks / multi-hop wireless routing / / Organization UCLA / University of Virginia CS Department / MIT / UCLA CS Department / IEEE Computer Society LAN MAN Standards Committee / / Person S. Floyd / V / H. T. Kung / T. He / Rene Motes / Brad Karp / / ProvinceOrState Virginia / New York / / PublishedMedium IEEE Wireless Communications / / Technology distributed MAC protocol / LAN / routing protocol / distributed algorithm / ExOR routing protocol / unicast routing protocols / opportunistic routing protocol / SRM multicast protocol / shortest path algorithm / Mobile Computing / communication protocol / MAC protocol / Simulation / ExOR protocol / directed flooding protocols / predetermined path algorithm / Wireless LAN / /
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Opportunistic Routing in Multi-Hop Wireless Networks Sanjit Biswas and Robert Morris MIT Laboratory for Computer Science {biswas,rtm}@lcs.mit.edu Abstract