| Document Date: 2011-07-27 15:40:14
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City Kyoto / / Company NETGEAR / Computer-Communication Networks / INTRODUCTION Wireless / / Country Japan / / Currency USD / / / IndustryTerm Internet access / wireless throughput / inter-flow network coding protocol / heuristic-based2 practical solution / shortest path algorithm / wireless network / intra-flow network / Wireless Diversity Opportunistic routing / bit-rate selection algorithm / autorate algorithms / indoor wireless / wireless algorithms / wireless medium / relative gain from network / dense network / stationary wireless meshes / Wireless Networks / carrier sense / wireless mesh networks / Wireless Opportunistic Routing Szymon Chachulski Michael Jennings Sachin Katti Dina Katabi MIT CSAIL / intra-flow wireless network / incremental update to this product / wireless errors / lowcomplexity algorithm / wireless card / inter-flow and intra-flow network / wireless flow / mesh wireless networks / elegant solution / opportunistic routing protocols / community wireless networks / namely stationary wireless meshes / wireless unicast / opportunistic routing protocol / wireless device / random network / larger networks / wireless intra-flow network / path routing protocol / lossy wireless links / content distribution applications / mesh networks / inter-flow wireless network / Wireless receptions / / OperatingSystem Linux / / Organization MIT / U.S. Securities and Exchange Commission / US Federal Reserve / / Person Michael Jennings Sachin Katti Dina / / Position medium access scheduler / driver / special scheduler / General / structured scheduler / strict scheduler / wireless driver / scheduler / forward / MadWifi driver / / Product based2 practical solution / ExOR / based2 / / ProgrammingLanguage R / C / K / / Technology Srcr routers / inter-flow network coding protocol / opportunistic routing protocol / path routing protocol / Linux / shortest path algorithm / two opportunistic routing protocols / lowcomplexity algorithm / ExOR protocol / 8.2 Compared Protocols / Terms Algorithms / resulting protocol / routing protocol / three protocols / following three protocols / wireless device / Onoe bit-rate selection algorithm / wireless algorithms / autorate algorithms / simulation / /
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Trading Structure for Randomness in Wireless Opportunistic Routing Szymon Chachulski Michael Jennings Sachin Katti Dina Katabi MIT CSAIL {szym,mvj,skatti,dk}@mit.edu