Narrowband-Friendly Wideband Networks / GHz / Microsoft / Jackson Labs / Ettus Inc. / Tektronix / /
Country
United States / /
Currency
USD / / /
Facility
MIT building / Haitham Hassanieh Lixin Shi Omid Abari Ezzeldin Hamed Massachusetts Institute of Technology / Microsoft observatory / MIT campus / Dina Katabi Microsoft Observatory / Microsoft Spectrum Observatory / /
IndustryTerm
spectrum sensing technology / bandwidth sparse signal applications / wireless channels / energy-efficient channel sensing / cellular technologies / baseband processing / energy detectors / test equipment / dynamic spectrum access networks / wireless symbols / digital processing chain / signal processing / wireless medium / energy / wireless services / dynamic spectrum access wireless networks / diverse technologies / space networking / local wireless information plane / power hungry devices / spectrum sensing algorithms / cognitive radio applications / software radios / frequency-determination algorithm / Wireless Comm / spectrum sensing equipment / wireless communication / /
MusicGroup
MHz / /
Organization
National Science Foundation / Massachusetts Institute of Technology / Federal Communications Commission / /
Person
Hariharan Rahul / Piotr Indyk / Dina Katabi / Shi Omid Abari Ezzeldin Hamed / Keith Winstein / /
GHz-Wide Sensing and Decoding Using the Sparse Fourier Transform Abstract– We present BigBand, a technology that can capture GHz of spectrum in realtime without sampling the signal at GS/s –i.e., without high speed