| Document Date: 2014-07-22 13:36:19
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Company Computer-Communication Networks / Jackson Labs / John Wiley & Sons / / Country United States / / / Facility Dina Katabi Massachusetts Institute of Technology Cambridge / / IndustryTerm online table / distributed wireless nodes / carrier frequency / wireless capacity / backscatter networks / cognitive networks / indoor applications / wireless reference signal / wireless sensors / layer systems / wireless throughput / wireless system / sensor networks / baseband processing / low-power backscatter networks / wireless technology / distributed wireless system / Wireless Protocols / wireless network / wireless coordination primitive / coherent phase transmission protocol / noisy network / wireless nodes / Wireless sensor networks / carrier frequencies / sensor systems / signal processing / wireless medium / wireless transmitters / Computer communications / individual wireless nodes / wireless node / desired carrier frequency / rate adaptation algorithms / / Organization Institute of Technology Cambridge / Federal Communications Commission / Massachusetts Institute of Technology / / Person P. Pillai / V / Dina Katabi / / Position author / 95th percentile CFO / CFO / / ProgrammingLanguage DC / K / / ProvinceOrState Hawaii / / PublishedMedium IEEE Transactions on Information Theory / / RadioStation Radio Station WWV / / Technology rate adaptation algorithms / GPS / coherent phase transmission protocol / wireless protocols / http / distributed protocol / distributed PHY protocols / wireless technology / PHY protocols / Wi-Fi / / URL http /
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Poster: Clock Synchronization for Distributed Wireless Protocols at the Physical Layer Omid Abari, Hariharan Rahul, and Dina Katabi Massachusetts Institute of Technology Cambridge, MA, USA