| Document Date: 2006-05-18 13:37:29
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Company Crossbow Technologies / Intel / / / Facility Capsule Store / UC Berkeley campus / EECS Department University of California / Soda Hall / / IndustryTerm reducare more energy / particular networking abstractions / 10kbps software / costs energy / deployto very different solutions / integrated solution / in-network query processors / Energy limitations / active services / multi-hop protocols / in-network processing / energy gains / large energy burden / node network / cluster formation algorithm / Wireless sensor networks / concrete networking abstractions / active sensor networking / network energy constraints / tight energy budgets / energy / application developer / energy costs / control algorithm / active networks / data collection networks / unresponsive and wasting energy / energy consumption / sensor networks / stable network / lower energy usage / in-network processing runtimes / energy cost / suppression algorithm / shared wireless channel / multihop network / large multi-hop networks / complicated algorithms / energy efficiency / deployed wireless sensor networks / propagation algorithms / writing new attributes and network / vehicle tracking network / network protocols / sensor network / / NaturalFeature Great Duck Island / / OperatingSystem VMs / TinyOS / / Organization UC Berkeley / EECS Department University / University of California / Berkeley / / Person David Gay / David Culler / Philip Levis / / Position manager of the ASVM template supports / scientist / ASVM scheduler / concurrency manager / and capsule store / interpreter for CPU efficiency / simple FIFO thread scheduler / manager uses / concurrency manager / scheduler / tiny bytecode interpreter / scheduler / concurrency manager / programmer / / Product ASVM capsule / TinySQL / / ProgrammingLanguage Java / SQL / / ProvinceOrState California / / Technology virtual machine / RAM / Trickle algorithm / propagation algorithms / control algorithm / suppression algorithm / operating system / in-network query processors / flash memory / Java / cluster formation algorithm / Flash / routing algorithm / multi-hop protocols / network protocols / UART / /
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Active Sensor Networks Philip Levis† , David Gay‡ , and David Culler† {pal,culler}@cs.berkeley.edu, † EECS Department University of California, Berkeley