| Document Date: 2005-07-11 13:00:14
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City Philadelphia / SPAWC / Boca Raton / Seattle / Springer-Verlag / Los Angeles / Montreal / / Company J. Comp / IEEE Intl / CRC Press / / Country Canada / / Facility Electrical Engineering McGill University / University St / / IndustryTerm controllable reflective device / distributed particle filtering algorithm / dust networks / distributed sensor network / architecture and algorithm / object travel / signal processing algorithm / sensor networks / radio-frequency wireless communication / multisensor systems / particle filtering algorithm / smart-dust type sensor network / in-network algorithms / wireless sensor network / less energy / Wireless communications / wireless sensor networks / sparse networks / smart dust-type network / tracking algorithm / linear systems / system energy / energy availability / target tracking sensor networks / sensor network / energy / / MarketIndex case 16000 / / Organization Garrick Ing Department / SEMI / McGill University / / Person Mark Coates / SEMI-DISTRIBUTED PARTICLE FILTERING ALGORITHM / / Position rt / dynamic model for object motion and the measurement framework / / ProgrammingLanguage FL / / ProvinceOrState New Jersey / Quebec / Pennsylvania / Florida / New York / California / Washington / / Technology distributed algorithm / in-network algorithms / lasers / distributed particle filtering algorithm / particle filtering algorithm / signal processing algorithm / simulation / tracking algorithm / two algorithms / Gui / /
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SENSOR NETWORK PARTICLE FILTERS: MOTES AS PARTICLES Mark Coates and Garrick Ing Department of Electrical Engineering McGill University 3480 University St, Montreal, QC, Canada H3A 2A7 ABSTRACT