| Document Date: 2011-05-28 07:01:01
Open Document File Size: 185,50 KBShare Result on Facebook
City Boston / Hamburg / / Company Hertz / GNU Radio / Computer Communication Networks / Xilinx / Disco Labs / / Country Germany / / Currency USD / / / Facility TX DSP pipeline / RX DSP pipeline / / IndustryTerm software-defined jammer / communications jamming principles / wireless interconnection / wireless adversary / Wireless medium access control / low-rate wireless personal area networks / wireless sensor network / wireless personal area networks / reactive jamming systems / wireless communications / wireless sensor networks / wireless medium / software-defined radio paradigm / wireless communication systems / Wireless Networks / data wireless / unmodified systems / receiver chip / indoor wireless sensor networks / legacy devices / different wireless technologies / sensor networks / carrier signal / carrier / software-defined reactive jamming / transmitter chain / software-defined radios / softcore processor / Energy-efficient / real-time reactive jamming / different technologies / real-time classification / wireless communication / / OperatingSystem GNU / / Organization UCLA / TX DSP / IEEE Computer Society / / Person B. Thapa / G. Lin / C. King / R. Rajaraman / X. Liu / E. Bayraktaroglu / Jens B. Schmitt / Ivan Martinovic / G. Noubir / Matthias Wilhelm / / / Position General / author / controller / King / / Product MICAz / USRP2 / / ProvinceOrState Massachusetts / / Technology FPGA / ADC / receiver chip / Wireless Communications / wireless sensor network MAC protocols / different wireless technologies / frame verification PSDU PHY Service DU PPDU PHY Protocol / WLAN / Mobile Computing / softcore processor / radio frequency / different technologies / DSP / / URL http /
SocialTag |
Short Paper: Reactive Jamming in Wireless Networks— How Realistic is the Threat? Matthias Wilhelm, Ivan Martinovic∗, Jens B. Schmitt, and Vincent Lenders‡ Disco Labs, TU Kaiserslautern, Germany ‡