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Simulating the Power Consumption of Large-Scale Sensor Network Applications Victor Shnayder, Mark Hempstead, Bor-rong Chen, Geoff Werner Allen, and Matt Welsh Division of Engineering and Applied Sciences Harvard Universi
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Document Date: 2004-10-05 10:17:05


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File Size: 941,63 KB

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City

Baltimore / /

Company

ATMEL / Analog Devices / Agilent / PowerTOSSIM / /

Country

United States / /

Currency

USD / /

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Event

Product Recall / Product Issues / /

Facility

Applied Sciences Harvard University / station Mote / /

IndustryTerm

measured energy / simulation tools / software module / sensor network applications / microprocessor energy consumption / simulated sensor network / energy use / lower energy consumption / embedded software energy profiling / energy usage / energy / adaptive multihop routing protocol / benchmark applications / involved applications / simulated energy / energy consumption / per-mote and per-component energy usage / sensor networks / sensor network query processor / hardware energy consumption / power simulation tools / typical applications / query interface to sensor network / actual hardware / radio chip / simulated energy consumption / mica2 energy model / offline processing / adequate energy / energy totals / visualization tool / simulated hardware / mote software / overall energy / power profiling tool / overall energy consumption / large networks / per-node energy consumption data / software components / wireless sensor networks / low-level energy requirements / system-level services / large sensor networks / printing state messages / web interface / nonstandard wireless protocols / component energy breakdown / collision avoidance protocol / sensor applications / sensor network devices / query-processing engine / web-based interface / energy profile / energy profiling / energy consumption estimates / energy model / energy consumption data / /

NaturalFeature

Great Duck Island / /

OperatingSystem

TinyOS / Linux / /

Organization

UC Berkeley / US Federal Reserve / Harvard University / Sensor Board / Matt Welsh Division of Engineering / /

Person

Victor Shnayder / Table / Mark Hempstead / Geoff Werner Allen / Matt Welsh / /

Position

simple FIFO task scheduler / resulting power model for the Mica2 hardware platform / General / ABSTRACT General / Hardware power model / hardware driver / Power model for the Mica2 / controller / /

Product

TinyOS module / Mica2 / TinyOS / CPU / Table / /

ProgrammingLanguage

C / /

ProvinceOrState

Maryland / /

RadioStation

Radio radioStart / Radio 47.68 / Radio Rx Tx / Application PHOTO TEMP AM / Radio Transmitt / /

Technology

Linux / Analog-to-digital conversion / JTAG / SRAM / operating system / MICA2 Component Model APP Application PHOTO TEMP AM TOS System CRC PHOTOTEMP LED ADC CLOCK CC1000 PowerState TOSSIM H/W Implementatio\n Power State Tracking Power State Transition Messages TinyViz Plugin Post Processor / encryption / sensor network query processor / UART / ADC / radio chip / operating systems / TCP/IP / Ethernet / nonstandard wireless protocols / 7.3 MHz ATmega128L processor / collision avoidance protocol / adaptive multihop routing protocol / simulation / network protocols / /

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