Engineering University / Google Play store / port TinyOS NesC Linux Python / USB port / /
IndustryTerm
Wireless Connectivity Sensor / energy-harvesting leaves / e-waste / background services / civil infrastructure / still functional device / extra included applications / energy breakdown / energy overhead / non-phone applications / electronics recycling bin / volcano-monitoring sensor network / speed mobile communication technologies / smartphone hardware / spare device / energy usage / energy / energy-harvesting solutions / plastics / energy consumption / sensor networks / e-scrap / orders-ofmagnitude faster processor / sensor networking applications / wireless accelerometers / consumer devices / energy management / energy efficiency / end-oflife management / mobile computing applications / deployed sensor networks / hierarchical power management / software solutions / wireless infrastructure / sensor network / energy constraints / ad-hoc networking / techzone/wireless/resources/articles/ comparing-low-power-wireless.html / energy management perspective / power routers / light sensing applications / technology/iphone_trade_in/ / low energy consumption / wireless sensor networks / metal bars / ubiquitous networks / volcano monitoring sensor network / e-waste containing hazardous chemicals / health care device / electronics / wireless sensor network deployments / networking infrastructure / /
MarketIndex
case 480 / /
OperatingSystem
Contiki / TinyOS / Linux / Android / /
Organization
U.S. Environmental Protection Agency / Junfei Wang Department of Computer Science / Computer Science and Engineering University / United States Environmental Protection Agency / pp. / IEEE Computer Society / Stanford / /
Person
Philippe Bonnet / Blake Hosmer / Darren Beck / Aslak Johansen / Anand Nandugudi / Handziski / V / Geoffrey Challen / Scott Haseley / /
Product
iPhone / Franklin / Nexus S 4G / chemicals / Samsung Nexus S 4G / /
ProgrammingLanguage
Java / DC / FL / C / Python / /
ProvinceOrState
Washington / South Dakota / Florida / /
PublishedMedium
Newsweek / /
RadioStation
Wifi / Wifi 3.7 / /
Technology
RAM / Linux / API / Operating System / html / high-speed mobile communication technologies / GPS chips / mobile devices / AOA protocol / Java / cell phones / 3G / Flash / HDMI / Smartphone / GPS / Android Open Accessory protocol / Android / Operating Systems / pdf / cellular telephone / high-power routers / system-on-chip / smartphones / mobile computing / http / caching / INTRODUCTION Smartphone technologies / three orders-ofmagnitude faster processor / be accomplished using the Android Open Accessory protocol / /
The Mote is Dead. Long Live the Discarded Smartphone! Geoffrey Challen, Scott Haseley, Anudipa Maiti, Anand Nandugudi, Guru Prasad, Mukta Puri and Junfei Wang Department of Computer Science and Engineering University at