Santa Clara / A DSR / Santa Barbara / Stockholm / Philadelphia / Pittsburgh / Taormina / Orlando / Barcelona / Boston / Baltimore / Washington / DC / Zurich / Beijing / Miami / C. Field / San Diego / Wiley / /
Company
Ad Hoc Networks / Wireless Information Networks / M. May / Vehicular Ad Hoc Networks / Multimedia Networks / B. Plattner / Hybrid Wireless Mesh Networks / Mobile / Dense Sensor Networks / Special Interest Group / Mobile Ad Hoc Networks / Wireless Mesh Networks / IEEE Journal / /
Country
Switzerland / China / Germany / Italy / Sweden / United States / Serbia and Montenegro / Spain / /
Event
FDA Phase / /
Facility
beacon AODV OLSR HEAT / HEAT beacon / Electrical Engineering Princeton University / University of Niigata / /
IndustryTerm
Internet access / network-wide Internet connectivity / hand-held devices / Internet coverage / Internet Indirection Infrastructure / ad-hoc networks / web browsing / Internet connectivity / Internet Draft / anycast routing protocols / large-scale wireless networks / large or/and dense networks / comparable wireless coverage / car mobility / sensor networks / proactive anycast routing algorithm / meshed wireless / large network / mesh network / suitable routing protocol / wireless nodes / Internet Gateways Finally / web-like traffic / larger networks / Wireless Infrastructure / Internet gateway nodes / mesh networks / static dense and large mesh networks / unicast routing protocols / anycast / link state routing protocol / car speed / Wireless On-demand Network Systems / streaming applications / proactive protocol / zone routing protocol / Internet gateways / wireless networks / actual road network / search route discovery algorithm / layer protocol / large and dense networks / Internet traffic model / Internet gateway / anycast routing protocol / rendezvous routing protocol / car speeds / /
MusicGroup
Ph.D. / /
Organization
Global IP Anycast Service / Princeton University / University of Niigata / Anycasting Service / Federal office of Topography / International Criminal Court / IEEE Computer Society / /
Person
Kenichi Mase / Chiung-Ying Wang / Olga Bondareva / Yuan Zheng / Cheng-Ying Li / Sota Yoshida / Bernhard Plattner / Hung Hwang / Jianxin Wang / Takashi Hasegawa / Q. Li / Masato Goto / Martin May / Weijia Jia / Simon Heimlicher / Rainer Baumann / /
Position
representative / /
Product
OLSR drops / Mobile Ad Hoc / IPv6 / OLSR / AODV / Glomosim / /
HEAT: Scalable Routing in Wireless Mesh Networks Using Temperature Fields Rainer Baumann∗ , Simon Heimlicher∗ , Vincent Lenders† , Martin May∗ ∗ Computer Engineering and Networks Laboratory