| Document Date: 2006-11-14 14:35:41
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City Boston / College Station / Easton / Chicago / / Company Distributed Systems / Andrew / Ge / SIAM Journal / / / Event Reorganization / / Facility Lafayette College / DePaul University / / IndustryTerm energy efficient topology / geographic routing algorithms / ad hoc wireless networks / wireless network / in this algorithm / backbone construction algorithm / breadth-first search / real wireless networks / low-power wireless sensor networks / routing protocol / shortest path routing algorithms / wireless node / compact routing protocol / wireless networks / energy / separator algorithm / mobile computing / energy consumption / sensor networks / energy efficient backbones / important applications / wireless ad hoc networks / √the algorithm / wireless backbones / wireless connectivity models / wireless nodes / wireless ad-hoc networks / compact routing algorithms / computing / wireless communication / / OperatingSystem OSE / / Organization School of CTI / DePaul University / UCLA / Texas A&M Univ. / Department of Computer Science / Lafayette College / / Person ABEL SIZES / Iyad A. Kanj / / / ProvinceOrState Texas / Illinois / Pennsylvania / Arizona / Massachusetts / New Hampshire / / Technology routing algorithms / network algorithms / WAN / separator algorithm / routing protocol / compact routing algorithms / compact routing protocol / backbone construction algorithm / shortest path routing algorithms / mobile computing / simulation / key network protocols / Localized algorithms / routing algorithm / network protocols / geographic routing algorithms / √the algorithm / /
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Separability and Topology Control of Quasi Unit Disk Graphs Jianer Chen∗, Anxiao(Andrew) Jiang∗, Iyad A. Kanj† , Ge Xia‡ , and Fenghui Zhang∗ ∗ Dept. of Computer Science, Texas A&M Univ. College Station, TX