| Document Date: 2014-03-08 11:30:48
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Company CO CO / PA(f1) BCNB BCND A CO / RO CO / Wireless Mesh Networks / OPNET technologies inc. / / Currency pence / Rs / USD / / / Event Product Issues / FDA Phase / Product Recall / / Facility terminal Sn SH / Rice University / University of Arizona Email / / IndustryTerm wireless channel / mac protocol / multichannel mac protocol / ad hoc wireless networks / carrier sensing mechanism / wireless network / low-power wireless environments / multichannel access protocol / duplex wireless / ad hoc wireless / virtual carrier sensing / Wireless Communications / wireless standards / Wireless LAN medium access control / carrier state / multihop wireless networks / wireless networks / energy / parallel communications / ad-hoc wireless networks / carrier sensing function / signal processing blocks / ad hoc networks / cognitive radio networks / rendezvous protocols / carrier sensing / carrier sensing operation / out-of-band solutions / duplex wireless communication / virtual carrier sensing mechanism / be achieved using out-of-band solutions / / MarketIndex Load Balancing / / NaturalFeature Backoff channel / / Organization Paper Organization / National Science Foundation / Rice University / PA PC / University of Arizona Email / International Criminal Court / / Person N. Singh / V / DCC MMAC / Kai Chen / C. Huang / Yan Zhang / / Position author / / Product BCN packet / IEEE / / ProgrammingLanguage C / / ProvinceOrState Pennsylvania / Colorado / / Technology full-duplex / multichannel CSMA MAC protocol / FDMMAC protocol / Wireless Communications / GPS / MTU / slotted CSMA algorithm / maximum transmission unit / multichannel mac protocol / parallel rendezvous multichannel MAC protocol / split-phase MMAC protocols / load balancing / FD-MMAC protocol / MMAC protocol / Prior MMAC protocols / MMAC protocols / multichannel access protocol / Mobile Computing / rendezvous protocols / ORK MMAC protocols / simulation / distributed MMAC protocol / Wireless LAN / / URL http /
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FD-MMAC: Combating Multi-Channel Hidden and Exposed Terminals Using a Single Transceiver Yan Zhang, Loukas Lazos, Kai Chen, Bocan Hu, and Swetha Shivaramaiah Dept. of Electrical and Computer Engineering, University of Ar