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Towards Planet-Scale Localization on Smartphones with a Partial Radiomap A. Konstantinidis G. Chatzimilioudis
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Document Date: 2012-05-10 03:53:28


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File Size: 853,13 KB

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City

Fuzziness Knowledge / /

Company

APl / Google / HTC / Samsung / /

Country

Cyprus / United Kingdom / /

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Facility

Computer Science University of Cyprus Dept. / KIOS Research Center / Computer Science University of Cyprus KIOS Research Center University / Computer Science University of Cyprus / University of Cyprus / CS building / /

IndustryTerm

battery energy / energy efficient approach / smartphone localization systems / search services / smartphone networks / social media updates / high-energy drain / radial basis function networks / localization services / energy / energy consumption / energy-efficiency / location services / less energy consumption / anonymous location-based services / local distribution server / precious energy / smartphone devices / location-aware mobile social networking applications / energy profile / location-aware applications / p2p smartphone networks / /

MusicGroup

AP2 / /

NaturalFeature

Wood Bay / /

OperatingSystem

Android / /

Organization

Computer Science University / Computer Science University of Cyprus Dept. / KIOS Research Center / University of Cyprus / International Criminal Court / /

Person

Burton Howard Bloom / /

Position

General / author / model for protecting privacy / RSS Logger / representative / forward / last author / /

Product

BloomMap / iPhone / Airplace / HTC Desire Smartphone / HTC Hero Smartphone / PowerTutor / /

ProgrammingLanguage

XML / /

Technology

XML / JSON / peer-to-peer / API / smartphone / GPS / MAC address / p2p / mobile phones / Android / mapping using one known algorithm / mobile devices / proposed algorithm / WLAN / Smartphones / BloomMap algorithm / PDA / /

URL

http /