| Document Date: 2015-04-15 01:53:23
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City Shanghai / San Francisco / Montreal / Ottawa / New York / Atheros AR9170 / Zurich / Crete / Dhanbad / / Company Local Computer Networks / HOC NETWORKS / Lossy Networks / / Country United States / Canada / China / Greece / India / / Event FDA Phase / / Facility station C. In / station D / station B / station C. Following / station A / Beacon Awake / / IndustryTerm consumer electronics / Internet-Draft / Wireless Congress / wireless communication capabilities / muti-hop networks / Wireless Sensor Network / higher energy consumption / lower energy consumption / Wireless LAN / topologyaware power-saving algorithm / Wireless Networks / cut-through switching technology / energy / fixed network infrastructure / wireless transceivers / legacy devices / energy consumption / loaded network / wireless technology / power management / mesh network / undesirable energy consumption / energy saving / energy efficiency / Wireless Comm / battery-powered devices / wireless devices / / OperatingSystem Contiki / / Organization Congress / MH / European Union / International Criminal Court / / Person A. Ben Mnaouer / Ioannis Glaropoulos / W. Akkari / Vladimir Vukadinovic Disney / A. Belghith / / Position buffer size Beacon interval ATIM window Traffic model Data frame size Value 7×7 / Contiki Wi-Fi driver / Atheros AR9170 driver / Contiki Wi-Fi driver for AR9170 / forward / / Product Jemula802 / IPv6 / / ProgrammingLanguage Java / / ProvinceOrState New York / / PublishedMedium Lecture Notes in Computer Science / / Technology IPv6 / 802.11 MAC protocol / wireless devices / ND protocol / MAC address / wireless technology / SRAM / operating system / Wi-Fi / pdf / topologyaware power-saving algorithm / IPv6 protocol / distributed algorithm / Java / power-saving MAC protocol / MAC protocol / Simulation / extended IPv6 Neighbor Discovery protocol / cut-through switching technology / Wireless LAN / described PSM protocol / / URL http /
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Enhanced IEEEPower Saving for Multi-Hop Toy-to-Toy Communication Ioannis Glaropoulos, Stefan Mangold, Vladimir Vukadinovic Disney Research 8092 Zurich, Switzerland