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City Pittsburgh / Atlanta / Cambridge / / Company MIT Press / Wireless Sensor Networks / ACM Press / Embedded Networked Sensor Systems / Intel / Microsoft / / Country United States / / / Facility University of California at Berkeley / Computer Science Division University of California at Berkeley Berkeley / University of Washingtion / Harvard University / / IndustryTerm acoustic energy / coarse grained localization-algorithm / cellular networks / ubiquitous computing / shortest path algorithm / metal cone / ad-hoc networks / ad-hoc sensor networks / rejection sampling algorithms / distance vector algorithm / node network / low ranging density networks / ranging density networks / dense networks / important tool / ultrasound hardware / compare algorithms / wireless networks / low power wireless links / distributed localization algorithms / sensor networks / multihop networks / wireless networking community / multihop network / localization algorithms / latter solution / maximum likelihood solution / wireless ad-hoc sensor networks / sparse networks / multihop localization algorithms / real-world systems / localization algorithm / shortest-path algorithm / random wireless networks / node networks / localization systems / / Organization University of California / Harvard University / MIT / UC Berkeley / University of Washingtion / / Person Rob Szewczyk / Chris Karlof / Fred Jiang / David Culler / UW CSE / Alec Woo / Tye Rattenbury / M. Grigoras / V / Joe Polastre / Cory Sharp / M. L. Sichitiu / V / / Position representative / / ProgrammingLanguage R / Hoc / D / / ProvinceOrState Pennsylvania / California / / Technology multihop localization algorithms / rejection sampling algorithms / DVdistance algorithm / distance vector algorithm / developing multihop localization algorithms / RAM / S/N / shortest path algorithm / APS algorithm / localization algorithms / ultrasound / shortest-path algorithm / localization algorithm / Bellman-ford algorithm / distributed algorithm / coarse grained localization-algorithm / compare algorithms / data modeling / Simulation / Indoor 3D Location Sensing Technology / distributed localization algorithms / evaluating multihop localization algorithms / localized using ultrasound / using ultrasound / / SocialTag 
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