| Document Date: 2011-08-22 16:59:32
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City Seattle / / Company R1 Sa / senders Sa / / Country United States / / Currency USD / / IndustryTerm on recent advances in extending network / software nodes / Packet-based opportunistic routing protocols / physical layer network / packet level protocol / software radio platform / wireless network / symbollevel network / software radio / intra-flow network / static mesh networks / dynamic programming algorithm / wireless diversity / credit assignment algorithm / link state protocol / rateless network / radio protocol / basic algorithm / carrier sense / Wireless Mesh Networks / wireless capacity / radio technologies / level opportunistic routing protocol / wireless errors / loaded network / software radio implementation / packet-level opportunistic routing protocol / opportunistic protocols / symbol-level network / channel access protocol / opportunistic routing protocols / opportunistic routing protocol / intra-flow symbol-level network / wireless mesh network / wireless hop / random network / recent opportunistic routing protocols / path routing protocol / mesh networks / plain carrier sense / generated using a GNU software radio implementation / / NaturalFeature Distributed channel / / OperatingSystem GNU / / Organization Massachusetts Institute of Technology / Computer Systems Communications Networks Organization / US Federal Reserve / / Person Hari Balakrishnan / Dina Katabi / Muriel Medard / Sachin Katti / / Position General / / ProgrammingLanguage R / K / / ProvinceOrState Washington / / Technology 8.3 Distributed channel access protocol / Zigbee protocol / forwarding algorithm / channel access protocol / opportunistic routing protocol / path routing protocol / routing algorithms / Zigbee radio protocol / Packet-based opportunistic routing protocols / two routing protocols / distributed protocol / MIXIT routers / level opportunistic routing protocol / credit assignment algorithm / recent opportunistic routing protocols / link state protocol / MIXIT router / opportunistic routing protocols / three protocols / packet-level opportunistic routing protocol / MIXIT protocol / previous routing protocols / 1 Distributed Protocol / dynamic programming algorithm / MAC protocol / same algorithm / packet level protocol / aggressive MAC protocol / basic algorithm / /
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Symbol-level Network Coding for Wireless Mesh Networks Sachin Katti, Dina Katabi, Hari Balakrishnan, and Muriel Medard Massachusetts Institute of Technology ABSTRACT This paper describes MIXIT, a system that improves the