FICA / Hertz / MAC / M-RTS / State Key Laboratory / /
Country
United States / China / /
Currency
USD / / /
Facility
Beijng Jiaotong University / State Key Laboratory of Railway Traffic Control / station C1 / Hidden terminal / Beijing Jiaotong University / Institute of Broadband Wireless Mobile Communications / Chinese University of Hong Kong / Massachusetts Institute of Technology / University of California / /
IndustryTerm
wireless channel / wireless system designs / basic uplink media / cellular networks / channel energy / software radio platform / multiaccess technology / pure ad hoc network / Web browsing / communication technologies / Wireless LAN Ji Fang / radio electronics / large-scale wireless networks / wireless communications / wireless standards / chatty protocols / WIRELESS LAN / dense network / energy / radio technologies / frequency domain backoff algorithms / WIRELESS LAN Fig / use carrier sensing multiple access / carrier sensing / wireless local area networks / electronics / transmitted energy / large-scale wireless environments / uplink media / adaptive adjustment algorithms / /
MusicGroup
MHz / M / Receiver / AP2 / /
OperatingSystem
CTSs / /
Organization
Beijng Jiaotong University / Beijing / University of California / Santa Barbara / Massachusetts Institute of Technology / Institute of Broadband Wireless Mobile Communications / Chinese University of Hong Kong / Hong Kong / US Federal Reserve / School of Electronic and Information Engineering / Beijing Jiaotong University / Beijing / /
Position
guard / NETWORKING Editor / /
ProvinceOrState
California / Massachusetts / /
Technology
adaptive adjustment algorithms / Broadband / wireless communications / amplitude modulation / MTU / random access / UDP / phase-shift keying / Ethernet / frequency domain backoff algorithms / WLAN / well-understood PHY-layer technology / ODERN communication technologies / video conferencing / multiaccess technology / simulation / local area networks / VOIP / frequency division multiplexing / Wireless LAN / Cognitive radio technologies / /
This article has been accepted for inclusion in a future issue of this journal. Content is final as presented, with the exception of pagination. IEEE/ACM TRANSACTIONS ON NETWORKING 1 Fine-Grained Channel Access in Wirel