| Document Date: 2012-07-17 20:02:58
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City Buffalo / / Company GNU Radio software / Cambridge University Press / BPSK SNRs Finally / E. Inc. / Brodsky / Securing Wireless Systems / / Currency pence / / Facility Dina Katabi Massachusetts Institute of Technology Abstract / / IndustryTerm wireless channel / wireless sensors / Wireless Device Identification / secure communications / cryptographic protocols / wireless physical layer / wireless radio / sensor networks / physical-layer secret key generation protocols / phase correction algorithm / physical layer wireless security / Secure wireless communication / software radio peripheral / Wireless Security Made Fast / wireless nodes / Wireless LANs / Wireless Communications / Wireless Signal Strength / wireless signal / wireless transmissions / wireless medium / Wireless Comm / wireless physical layer security / time-varying wireless channel / secrecy systems / Secure wireless communications / wireless security / sensor hardware / Wireless Networks / channel information using wireless transmissions / wireless devices / / OperatingSystem GNU / / Organization Cambridge University / ON OFDM / Institute of Technology Abstract / Massachusetts Institute of Technology / / Person Bob / Alice / Gamal / Dina Katabi / / Position representative / / Product USRP2 / / Technology encryption / phase correction algorithm / wireless devices / Wireless Device / Wireless Communications / MAC address / amplitude modulation / secret key / simulation / physical-layer secret key generation protocols / Testbed Nodes protocol / / URL http /
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Physical Layer Wireless Security Made Fast and Channel Independent Shyamnath Gollakota and Dina Katabi Massachusetts Institute of Technology Abstract – There is a growing interest in physical layer security. Recent wo