| Document Date: 2002-12-07 11:33:55
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Company Network Interface / SUM / MCU (ATMEL) 512KB 916Mhz Radio / MIN / AVG / MAX / / Currency USD / / / Event Product Issues / Product Recall / / Facility Cornell Campus / Upson Hall / / IndustryTerm satellite links / time synchronization protocols / reactive routing protocols / energy conservation / distributed query processing / intelligent resource management / wireless radio / little more energy / query processing techniques / query processing / typical reactive routing algorithm / sensor network applications / power-saving protocols / database systems / ad-hoc network routing protocol / wireless network / ad-hoc networks / wireless routing protocol / in-network processing / distributed and adaptive routing protocol / distributed and heterogeneous database systems / complicated routing protocols / average dissipated sensor energy / file systems / wireless sensor networks / wireless multi-hop / ad-hoc mobile wireless networks / wireless medium / multihop routing protocol / ad-hoc network routing algorithms / battery-powered wireless sensor networks / average dissipated energy / data processing algorithms / wireless networks / energy / ad-hoc wireless networks / query processing layer / to other routing protocols / higherlevel services / Wireless Routing Protocols Existing / sequence query processing / energy consumption / sensor networks / few backbone routers / energy consumption increases / Wireless Routing Protocols / preprogrammed sensor networks / dangerous chemical / query processing strategies / sensor applications / query processing workload / average energy usage / reactive and hybrid routing protocols / data-centric routing algorithm / regular ad-hoc network / catalog management / proactive and reactive protocols / multi-hop ad-hoc routing protocol / distributed database systems / chemical / energy models / local repair algorithm / energy model / wireless communication / improved local repair algorithm / sensor network / / OperatingSystem Linux / Windows CE / / Organization Cornell / Very Large Data Base Endowment / Sensor Networks Yong Yao Johannes Gehrke Department of Computer Science Cornell University Ithaca / / Person Is Yong / Yong Yao Johannes Gehrke / / Position respective cluster leader / leader / the leader / bi-directional prediction approach model the relationship / biologist / leader / global cluster leader / forward / / Product Extensions / ChemicalSensor R / / ProgrammingLanguage SQL / / Technology LAN / complicated routing protocols / wireless routing protocol / Hybrid routing protocols / multi-hop ad-hoc routing protocol / GPS / routing protocols / wireless routing protocols / Incremental Time Slot Algorithm / Proactive routing protocols / 4.1 Wireless Routing Protocols / operating system / ad-hoc network routing algorithms / ad-hoc network routing protocol / two algorithms / data-centric routing algorithm / few backbone routers / routing protocol / data processing algorithms / local repair algorithm / expensive time synchronization protocols / existing power-saving protocols / distributed and adaptive routing protocol / reactive and hybrid routing protocols / improved local repair algorithm / reactive routing protocols / typical reactive routing algorithm / simulation / proactive and reactive protocols / Wireless Routing Protocols Existing wireless routing protocols / one specific routing protocol / multihop routing protocol / / URL www.xbow.com / /
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Query Processing for Sensor Networks Yong Yao Johannes Gehrke Department of Computer Science