IETF MANET Working Group / TeNet Group / Mobile Ad Hoc Networks / Real-Time Systems / Microsoft / Magdeburg Communication Working Group / Cesar A. S. / Tele-communications / /
Country
India / /
Currency
pence / / /
Event
FDA Phase / Business Partnership / /
Facility
College of Computing / University of California Santa Barbara / Guericke University / Carleton University / Stony Brook State University of New York / Georgia Institute of Technology / Klaus Advanced Computing building / /
IndustryTerm
Internet access / simulation tools / distance vector routing protocol / cool Wireless Protocol / wireless connectivity / click modular router / disaster management / default protocol / long distance networks / dynamic destination-sequenced distance vector routing protocol / distributed transient network / Wireless Network Protocols / ad hoc networking project / telephony / Internet connectivity / multi-hop wireless routing primitives / wireless experiments / long distance wireless links / wireless interference / Internet connection / multi-path routing protocol / multi-hop wireless protocols / conventional ad hoc routing protocols / wireless routing protocols / wireless card / mesh network / mobile adhoc networking / public wireless networks / large-scale mobile wireless networks / namely Wireless Decision Layer / connectivity solutions / commodity hardware / wireless links / wireless link behavior / community mesh network / software architecture / dynamic source routing protocol / wireless dongles / Ad-hoc wireless distribution service / web-based user interface / satellite links / low-power routers / wireless mobile devices / long-distance wireless links / Wireless Decision Layer / Internet-Draft / end-point devices / multi-hop mobile wireless solution / multi-hop mesh networks / wireless protocols / Internet packets / link state routing protocol / transient networks / Internet delivery / multi-hop wireless network / cs.berkeley.edu/wiki/Wireless / multi-path forwarding protocol / Zone routing protocol / default routing protocol / ad hoc network / mobile wireless networks / wireless networks / event distribution server / wireless mesh networks / file transfer utilities / wired/wireless / deployment using commodity hardware / ad hoc networks / configurable routers / wireless ad hoc networks / wireless manifold / Urban wireless networks / event distribution services / planetary-scale services / Wireless mesh networking / wireless mesh network / network management / http /
OperatingSystem
Ubuntu / Linux / /
Organization
University of California Santa Barbara / Purdue university / State University of New York / Georgia Institute of Technology / Carleton University / College of Computing / /
Person
E. Belding-Royer / W. Wang / Ian F. Akyildiz / Y. Charlie Hu / S. Das / X. Wang / D. Koutsonikolas / H. Pucha / C. Perkins / /
MyMANET: A Customizable Mobile Ad hoc Network Ashwin Paranjpe∗ Abstract We present MyMANET, a kernel module that provides a framework for ad hoc communication using commodity hardware. It exposes network measurements a