Texas A&M University / Computer Science Texas A&M University College Station / Rutgers University / Ohio State University / University of Maryland / /
IndustryTerm
mobile communication networks / wireless mobile hosts / Internet-Draft / adhoc networks / mobile mesh networking / mobile computing system / wireless bandwidth / ad hoc mobile networks / distributed routing protocol / ad hoc wireless networks / ad-hoc mobile computing / Internet draft RFC / ad-hoc networks / local search / wireless link / above algorithm / distributed routing algorithm / mobile ad hoc network / zone routing protocol / ad hoc network / mobile wireless networks / ubiquitous computing environment / potential applications / ad hoc networking / conventional routing protocols / ad hoc networks / above flooding algorithm / wireless hosts / search space results / mobile ad hoc networks / route discovery algorithm / wireless links / route discovery protocol / precision timing applications / search space / basic flooding algorithm / dynamic source routing protocol / Wireless Personal Communication / /
Organization
DP LAR / University of Maryland / Rutgers University / Iowa State University / Mobile Ad Hoc Networks Young-Bae Ko and Nitin H. Vaidya Department of Computer Science Texas A&M University College Station / Texas A&M University / Personal Communication Service / The Ohio State University / /
Person
Zones As / Nitin H. Vaidya / /
Position
Discovery head for all three schemes / /
ProvinceOrState
Ohio / Maryland / /
PublishedMedium
Scientific American / /
Technology
mobile computing system / above algorithm / two LAR algorithms / GPS / routing protocols / basic flooding algorithm / Three routing protocols / proposed algorithms / above flooding algorithm / Operating System / distributed routing algorithm / html / flooding algorithm / ing algorithms / LAR algorithm / two algorithms / route discovery protocol / zone routing protocol / routing protocol / LAR protocol / dynamic source routing protocol / conventional routing protocols / LAR algorithms / Mobile Computing / paging / distributed routing protocol / Simulation / route discovery algorithm / /