| Document Date: 2014-11-10 18:30:10
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City Sydney / / Company Link Layer Flush / Reliability Keywords Wireless Sensor Networks / Intel / / Country Australia / / Currency USD / / Event FDA Phase / / Facility Computer Science Division University of California / Center Street Berkeley / / IndustryTerm control protocol / static algorithm / fixed rate algorithms / wireless network / rate-control algorithm / sensornet applications / point-topoint routable protocol / interference estimation algorithms / wireless sensor network / wireless sensor networks / dynamic rate control algorithm / multihop wireless transport protocols / na¨ıve transfer algorithm / rate algorithms / system software / Wireless Networks / delivery protocol / target applications / energy / fixed-rate algorithm / diameter networks / rate control algorithm / sensor networks / multihop networks / outdoor wireless network / packet processing / radio hardware / interference estimation algorithm / epidemic dissemination protocol / outdoor network / fixed rate algorithm / software acknowledgments / medium access control algorithms / wireless transport / wireless literature / endto-end protocol / timesync protocol / wireless communication / receiver-initiated transport protocol / / OperatingSystem TinyOS / / Organization University of California / Berkeley / Computer Systems Lab / Stanford University Stanford / Computer Science Division University / / Person Scott Shenker / Arsalan Tavakoli† David Culler / Rodrigo Fonseca / Ion Stoica / Philip Levis / Forward Routing / / Position Protocol architecture General / / Product CC2420RadioM / TinyOS MAC / Section / / ProvinceOrState Manitoba / California / / Technology interference estimation algorithm / timesync protocol / endto-end protocol / receiver-initiated transport protocol / rate control algorithm / routing protocols / point-topoint routable protocol / operating system / Flush algorithms / Flush rate control algorithm / 3.1 Protocol / interference estimation algorithms / fixed rate algorithm / Flush protocol / Designing multihop wireless transport protocols / static algorithm / na¨ıve transfer algorithm / Rate Control The protocol / underlying routing algorithm / flash memory / flow control / epidemic dissemination protocol / underlying delivery protocol / delivery protocol / 3.6 Protocol / fixed-rate algorithm / control protocol / TinyOS flooding protocol / rate-control algorithm / fixed rate algorithms / dynamic rate control algorithm / medium access control algorithms / virtual circuit / The Flush rate control algorithm / /
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Flush: A Reliable Bulk Transport Protocol for Multihop Wireless Networks Sukun Kim† , Rodrigo Fonseca† , Prabal Dutta† , Arsalan Tavakoli† David Culler† , Philip Levis? , Scott Shenker†‡ , and Ion Stoica†