software framework / energy-efficient algorithm / people-centric sensing android applications / transportation / energy efficient mechanisms / background services / social networking / back-end server / sensing applications / urban sensing applications / location context to applications / similar applications / few example applications / low power processing / track travel paths / healthcare / compression algorithms / operating systems / participatory sensing applications / locked mobile device / http /
OperatingSystem
Android / /
Organization
Resources Service / Department of Computer Science / MIT / Monitoring Service / University of California / Los Angeles / University of Cyprus / Transfer Service / /
Position
Bluetooth Manager / Messaging manager and File transfer manager / Compression Manager / programmer / /
ProgrammingLanguage
Java / /
ProvinceOrState
California / /
Technology
Deflate algorithm / cellular telephone / XML / energy-efficient algorithm / Java / API / compression algorithms / smartphones / smartphone / GPS / http / mobile phones / android / operating system / mobile device / RTOS / operating systems / Bluetooth / Wi-Fi / mobile devices / /
Feel the World: A Mobile Framework for Participatory Sensing Theophilos Phokas1 , Hariton Efstathiades2 , George Pallis2 , and Marios D. Dikaiakos2 1