| Document Date: 2014-08-26 12:49:16
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Company Nissan / Texas Instrument / / / Facility UCLA campus / University of California / / IndustryTerm controlled network / wireless network / mesh network / 3G wireless communication / supplemental solution / 3G wireless gateway / aggregate charging server / end devices/routers / in-vehicle devices / electric utilities / wireless mesh network / automatic identification hardware / handshake protocol / wireless signal range / communication network / Wireless LAN / communications standards / prerequisite hardware / end device/router / in-vehicle monitoring devices / / Organization Department of Mechanical and Aerospace Engineering / UCLA Smart-Grid Energy Research Center / University of California / Los Angeles / / Person Aleksey Shepelev / Chi-Cheng Chu / Charlie Qiu / Rajit Gadh Abstract / / Position driver / charging controller / station controller / a system administrator / vehicle/driver / WINSmartEVTM charging controller / system administrator / coordinator / local controller / Relay Driver / central controller / administrator / Response ZigBee coordinator / server-based charging controller / functional controller / Forward / ZigBee wireless network coordinator / controller / ZigBee coordinator / ZigBee Coordinator The ZigBee coordinator / particular driver / WINSmartEVTM Architecture A. Aggregate charging controller / / ProvinceOrState California / / Technology Ethernet / ZigBee router / automatic identification / MAC address / Table I. TABLE I. Command Request ZIGBEE HANDSHAKE COMMANDS Initiating Device ZigBee router / ZigBee end device/router / mobile device / 3G / handshake protocol / end devices/routers / Wireless LAN / /
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Accepted to Journal of Communication Software and Systems Vol.10. No.2 June, 2014 Mesh Network for RFID and Electric Vehicle Monitoring in Smart Charging Infrastructure Ching-Yen Chung, Aleksey Shepelev, Charlie Qiu, Ch