Internet access / respective Internet gateways / adjacent routers / overlay networks / anycast / closest Internet gateway / wireless 2GHz / native protocols / wireless network / Internet connectivity / smart algorithms / Internet Sky Internet / user-space protocols / excess processing / Internet Gateways / Wireless Mesh Networks / Internet connections / wireless mesh nodes / predefined anycast / wireless hops / client Internet activity / outside network / wireless routers / ory management / practicalpurpose computing environments / communication infrastructure / Internet gateway / nearest Internet gateway / application-level processing / mesh network / external network / realistic network / wireless nodes / given router / wireless hop / connecend routers / wireless environment / limited-hardware devices / dynamic application-based protocols / routers new services / sample network / mesh networks / vious systems / /
OperatingSystem
FreeBSD / /
Organization
MIT / /
Person
Raluca Musaloiu-Elefteri / Michael Hilsdale / Hari Balakrishnan / M. Frans Kaashoek / Elizabeth M. Belding-Royer / Christoph Lindemann / Songwu Lu / Nilo Rivera / Robert Morris / John C. Bicket / David G. Andersen / Sanjit Biswas / Claudiu Danilov / Daniel Aguayo / Yair Amir / Yair Amir Michael Kaplan / /
Low-Overhead Routing for High-Performance Wireless Mesh Networks Independent Study, [removed], Dr. Yair Amir Michael Kaplan [removed] June 16, 2006