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Network architecture / Wireless mesh network / Ad hoc On-Demand Distance Vector Routing / Dynamic Source Routing / Mesh networking / Link-state routing protocol / Roofnet / Routing / Packet forwarding / Wireless networking / Technology / Wireless


Document Date: 2006-09-12 22:08:06

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City

Barcelona / San Jose / /

Company

Multi-Channel Wireless Mesh Networks / Multi-Hop Wireless Mesh Networks / CDI / Infrastructure Mesh Networks / Ford / Wireless Mesh Networks / Multi-Radio Wireless Mesh Networks / Microsoft / Intersil Corporation / Ad Hoc Wireless Networks / BelAir Networks / Scott Miller Lucent Bell Labs / Tropos Networks / /

Country

Spain / /

/

Event

FDA Phase / /

Facility

Stony Brook University / Multi-Radio Wireless Mesh Networks Anand Prabhu Subramanian State University of New York / /

IndustryTerm

wireless channel / Wireless Network Performance / commodity wireless / Wireless Backhaul Wireline Backhaul / source routing protocol / cdma2000 Wireless IP Network / on-demand distance vector routing protocols / Wireless Routing / Internet The / multi-radio multichannel mesh networks / channel assignment protocol / static channel assignment algorithm / channel assignment algorithm / physical layer technology / Wireless LAN Medium Access Control / attractive technology / model using online data / Internet gateways / radio mesh networks / long-lived infrastructure networks / wireless networks / antenna systems / capacity multi-radio mesh networks / multi-radio networks / wireless interface / wireless capacity / wireless multi-hop networks / channel using efficient channel assignment algorithms / multiradio mesh networks / Internet backhaul / access network / multi-radio systems / mesh network / multi-hop wireless networks / static multi-hop wireless networks / multi-radio mesh network / commodity hardware / wireless ad-hoc networks / wireless links / wireless router / multi-radio routing protocol / multi-radio on-demand distance vector routing protocol / auto-rate control algorithms / end-user devices / concurrent wireless channels / wireless network interfaces / channel single radio network / mesh networks / /

MarketIndex

set 25 / /

MusicGroup

ISM / /

NaturalFeature

g channel / MUP channel / /

OperatingSystem

Linux / /

Organization

National Science Foundation / IMC / Stony Brook University / State University of New York / Department of Computer Science / /

Person

S. Agarwal / V / J. Padhye / V / Interfering Traffic (Mbps) / /

/

Position

driver / hostap driver / device driver / model / a communication / Governor / INFO ETX Packets Device Driver / /

Product

iAWARE Figure 9 / Prism 2 / WCETT / IEEE / Linux / /

ProgrammingLanguage

Hoc / /

ProvinceOrState

California / /

PublishedMedium

IEEE Transactions on Information Theory / /

SportsEvent

the formula 1 / /

Technology

broadband / channel assignment algorithms / multi-radio on-demand distance vector routing protocol / static channel assignment algorithm / AODV-MR protocol / Linux / microwave / Path Vector Protocols / attractive technology / Quality of Service / UDP / underlying physical layer technology / Using on-demand distance vector routing protocols / Ethernet / source routing protocol / multi-radio routing protocol / wireless router / routing protocol / auto-rate control algorithms / channel assignment protocol / Direct Sequence Spread Spectrum Baseband Processor / Mobile Computing / 233/266 MHz AMD Geode SC1100 processor / Multi-Radio Unification Protocol / MAC protocol / MUP channel assignment algorithm / TDMA / 3G / Bluetooth / Wireless LAN / MAC protocols / /

URL

http /

SocialTag