| Document Date: 2008-10-20 11:19:09
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City Raleigh / Trickle / / Company Berkeley Arch Rock Corporation / Active Message Dispatch / Computer-Communications Networks / / Country United States / / Currency USD / / / Event FDA Phase / / Facility UDP port / Berkeley Arch Rock Corporation University of California at Berkeley Arch Rock Corporation / / IndustryTerm application-specific networking protocols / operation on wired networks / decision algorithms / energy-saving optimizations / lower energy cost / Location-based protocols / low-power wireless link standard / disjoint networking protocols / default router / wireless contexts / low-power wireless nodes / ad-hoc networks / 6LoWPAN working / networked devices / in-network processing / default route information to border routers / wireless sensor network / app-level protocols / wireless sensor networking / Wireless Sensor Networks / network protocol algorithms / advertising host routes / duty-cycled link protocols / link protocol / wireless networks / Border routers / energy / nearest border router / large-scale ad-hoc networks / stub networks / Ad-hoc wireless networks / system energy consumption / achievable energy cost / find routers / increased energy efficiency / sensor networks / channel sample energy cost / transport protocols / duty-cycled link protocol / energy cost / packet processing / multihop network / software abstraction / embedded devices / Internet architecture / wireless sensor network research / reception energy cost / realized energy cost / decrease energy efficiency / energy efficiency / ack frame processing / wireless links / Wireless Subnet WSN Node Figure / energy-saving mechanisms / link technologies / low-power devices / wireless sensor network applications / software architecture / on networking / border router / media management / Wireless communication / fundamental services / / OperatingSystem UNIX / TinyOS / / Organization University of California / / Person Base (Ecb ) Chirp Delta (Ecd) / Jonathan W. Hui / W. Hui David / / Position Component CC2420 Driver / guard / PAN coordinator / Manager DHCPv6 TCP Forwarder Queue Router Forwarding Table Routing Table ICMPv6 Discovery Autoconf Neighbor Table Data IPv6 / head / Standards General / central manager / forward IP datagrams / general network architecture / APP HTTP Telnet NET LNK PHY SNMP DNS UDP TRN Send Manager / representative / / Product TinyOS 2 / IPv6 solution / Internet / IPv6 / / ProvinceOrState North Dakota / North Carolina / California / / Technology IPv6 protocols / decision algorithms / IPv6 / RAM / Trickle algorithm / multicast Router / border router / duty-cycled link protocol / duty-cycled link protocols / UNIX / IP protocols / IP router / 1.1 Default Routes Discovering Routes The default router / Location-based protocols / application-specific networking protocols / app-level protocols / HTTP Telnet NET LNK PHY SNMP DNS UDP TRN Send Manager DHCPv6 TCP Forwarder Queue Router / ATM / MTU / network protocol algorithms / Quality of Service / UDP / 15.4 Encryption / transport protocols / encryption / IPv6 Checksums SLAAC DHCPv6 Client DHCPv6 Proxy ICMPv6 Unicast Forwarder Multicast Forwarder Message Buffers Router / Ethernet / application protocols / 8.2 Host Routes Border routers / WSN routing protocols / network protocol / routing protocol / link technologies / IP routing protocols / nearest border router / load balancing / flow control / find routers / management protocols / WSN router / MANET protocols / Routing Table The router / layer-two protocols / IPv4 / link protocol / WSN protocols / disjoint networking protocols / Localized algorithms / Border routers / ROUTING The router / Network Protocols / /
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IP is Dead, Long Live IP for Wireless Sensor Networks Jonathan W. Hui David E. Culler University of California at Berkeley