National Institute of Standards and Technology / Ethernet port / /
IndustryTerm
multihop chain / carrier sense multiple access protocol / end systems / ad hoc routing protocols / 7This software / cluster-based network / cellular networks / free software / software tool / hoc networking / cluster-based networking / real-time applications / real-time multimedia information / implementable cluster-based networking scheme / 5This software / proposed network / ad hoc routing protocol / ad hoc network / Internet suite / cluster networks / video communications / multihop multimedia communications / multimedia communications / cluster-based mobile ad hoc network / stationary infrastructure / wireless local area network / ad hoc networking / multihop networks / end system device / software implementation / mobile networking protocols / wireless ad hoc networks / Internet routing / communications infrastructure / real-time applications such video / network management / long-range network / proposed cluster-based mobile ad hoc network / multimedia applications / sensor network / /
OperatingSystem
Linux / /
Organization
Defense Advanced Research Projects Agency / U.S. Government / National Institute of Standards and Technology / Internet Engineering Task Force / /
Person
HAMID GHARAVI / KOICHIRO BAN / /
Position
cluster head / forward IP packets / correspondent / /
ProgrammingLanguage
Hoc / /
ProvinceOrState
Minnesota / Maryland / /
Technology
home network / IPv6 / LAN / ad hoc routing protocol / access protocol / Linux / IPv6 router / MAC address / routing protocols / ad hoc routing protocols / RJ-45 / UDP / NTP protocol / Ethernet / Routing protocol / Mobile IPv6 protocol / WLAN / frequency hopping / existing WLAN technologies / Neighbor Discovery protocol / IP-based mobile networking protocols / AODV routing protocol / IPv4 / 802.11 b WLAN technology / Digital Object Identifier / PDA / wireless LAN / using IPv6-in-IPv4 tunneling technique / /
Multihop Sensor Network Design for Wide-Band Communications HAMID GHARAVI, FELLOW, IEEE, AND KOICHIRO BAN, MEMBER, IEEE Invited Paper This paper presents a master/slave cellular-based mobile ad hoc