| Document Date: 2014-10-08 02:59:41
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Company CHs / Cellular Networks / / Currency pence / / Event FDA Phase / / Facility University of Melbourne / Guowang Miao KTH Royal Institute of Technology Abstract / / IndustryTerm proposed n-phase protocol / communications more energy efficient / proposed hybrid protocol / machine devices / sustained machine devices / massive battery-driven machine-type devices / intra-cluster communications / large-scale energy / energy consumption point of view / overall energy consumption / energy performance evaluation / Wireless Communications / wireless sensor networks / n-phase protocol / machineType communications / smart devices / dTDMA protocol / energy efficient / 3GPP machine-to-machine communications / shortrange wireless networks / access management / massive access management / energy / access access protocols / transmission algorithms / energy efficient massive access problem / technology gears / energy consumption / overall system energy consumption / machine type communications / multi-phase protocol / Wireless Access Working / energy saving / contention-based protocol / proposed multi-phase protocol / energy efficiency / machine-to-machine communications / carrier sense multiple access-collision avoidance / human-to-human communications / / MusicGroup Ph.D. / / Organization University of Melbourne / Guowang Miao KTH Royal Institute of Technology Abstract / International Telecommunication Union / / Person J. Chen / C. Yuen / Amin Azari / Y. Liu / X. Cao / N. Ul Hassan / / Position generalized markov chain model for effective analysis / cluster head / head / Cao / / Product M2M / / ProgrammingLanguage Joule / / PublishedMedium IEEE Communications Letters / IEEE Communications Magazine / IEEE Wireless Communications / / Technology large-scale energy efficient MAC protocol / contention-based protocol / multi-phase protocol / reservation-based protocols / proposed MAC protocol / CSMA/CA protocol / non-persistent CSMA protocol / access access protocols / Wireless Communications / Broadband Wireless Access / n-phase protocol / energy efficient MAC protocols / random access / Quality of Service / energy efficient MAC protocol / proposed protocols / hybrid MAC protocol / close-to-zero power-wasting MAC protocol / proposed multi-phase protocol / dTDMA protocol / transmission algorithms / MAC protocol / simulation / TDMA / proposed n-phase protocol / proposed protocol / proposed hybrid protocol / MAC protocols / contention-based protocols / /
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Energy Efficient MAC for Cellular-Based M2M Communications Amin Azari and Guowang Miao KTH Royal Institute of Technology Abstract—In Machine-to-Machine (M2M) networks, an energy