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Automatic identification and data capture / Geolocation / Indoor positioning system / Tracking / Ubiquitous computing / Technology / Navigation / Radio navigation / Human–computer interaction


Robust Indoor Positioning Based on Received Signal Strength Kamran Sayrafian-Pour1, Julio Perez2 Information Technology Laboratory, National Institute of Standards and Technology, USA [removed] 2 Department of
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Document Date: 2008-03-04 17:05:19


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File Size: 358,70 KB

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City

Article / Technology / /

Company

Wireless Sensor Networks / EURASIP Journal / /

Country

Switzerland / United States / /

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Facility

National Institute of Standards and Technology / NIST North building Figure / Swiss Federal Institute of Technology Zurich / Julio Perez2 Information Technology Laboratory / NIST North building / Building RF-based User Location / /

IndustryTerm

widespread applications / ray-tracing tool / wireless local area network infrastructure / sensor networks / Wireless Location Estimation / particular positioning algorithm / low complexity infrastructure / Wireless System Engineering / online phase / indoor positioning systems / metal shelves / e.g. sensor networks / proposed positioning algorithm / /

OperatingSystem

TinyOS / /

Organization

National Institute of Standards and Technology / Department of Computer Science / Swiss Federal Institute of Technology Zurich / Julio Perez2 Information Technology Laboratory / /

Person

P. Bahl / V / /

Position

candidate for this problem / /

ProgrammingLanguage

R / /

Technology

LAN / particular positioning algorithm / proposed algorithm / positioning algorithm / Information Technology / dielectric / proposed positioning algorithm / positioning algorithms / CRSS algorithm / simulation / flash / wireless LAN / /

SocialTag