David Wetherall University of Washington / Beacon Packets Finally / /
IndustryTerm
default bit rate adaptation algorithms / dedicated power infrastructure / wireless sensor nodes / energy detector / wireless network / energy saving mechanisms / Internet Connectivity / powered infrastructure devices / reader devices / resistor network / energy detection approaches / wireless medium / helper devices / energy / naïve solution / nearby devices / carrier frequency / reader device / Internet traffic / low-end computing / prior systems / prototype device / average energy / helper device / low-power energy detector / peak energy value / solar and mechanical energy / mobile devices / energy corresponding / energy harvesting / static network / energy detection circuit / battery-free devices / prototype devices / Wireless communication / received energy / on using a single Wi-Fi helper device / /
Organization
University of Washington / EPC / /
Person
Bryce Kellogg / Aaron Parks / Joshua R. Smith / /
Product
Linksys Routers / Finally / the Intel cards / Wi-Fi Backscatter / Intel Link 5300 / Intel Wi-Fi Link 5300 card / Finally / Intel Wi-Fi Link 5300 / /
ProgrammingLanguage
L / /
Technology
Existing technologies / mobile phones / decoding algorithm / mobile device / UDP / Wi-Fi / PDF / two algorithms / mobile devices / cellular telephone / default bit rate adaptation algorithms / 3.2 Decoding algorithm / Wi-Fi protocol / Wi-Fi Backscatter protocol / random access MAC protocol / 3.4 Increasing Uplink Communication Range The algorithm / /
Wi-Fi Backscatter: Internet Connectivity for RF-Powered Devices Bryce Kellogg, Aaron Parks, Shyamnath Gollakota, Joshua R. Smith, and David Wetherall University of Washington {kellogg, anparks, gshyam, jrsjrs, djw}@uw.ed