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Wireless / Telecommunications engineering / Network topology / Topology control / Wireless ad-hoc network / ANT / Channel / Wireless mesh network / Topology / Wireless networking / Technology / Wireless sensor network


An O(log n) Dominating Set Protocol for Wireless Ad-Hoc Networks under the Physical Interference Model ∗ Christian Scheideler†
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Document Date: 2008-03-17 20:34:46

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City

Between Graph / /

Company

Ad Hoc Networks / Clear Channel / Single-Hop Radio Networks / Multi-Channel Multi-Interface Wireless Networks / Based Multi-Channel Wireless Mesh Networks / Wireless Mesh Networks / Wireless Ad-Hoc Networks / Multi-Radio Wireless Mesh Networks / Ad Hoc Wireless Networks / /

Country

United States / China / /

Currency

USD / /

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Facility

Prentice Hall / University of Paderborn / Engineering Arizona State University / /

IndustryTerm

wireless channel / wireless model / physical carrier sensing threshold / Wireless Networks General Terms Algorithms / accounting method / constant approximation algorithm / distributed protocols / wireless network / distributed algorithm / physical carrier sensing / ad-hoc networks / distributed algorithms / large networks / carrier sensing threshold / Wireless Communications / carrier sensing thresholds / local-control algorithm / wireless medium / set protocol / localized distributed protocol / wireless models / wireless networks / approximation algorithms / wireless multi-hop networks / self-stabilizing protocol / sensor networks / size network / wireless multi-hop network / interference-aware protocols / carrier sensing / multi-hop networks / realistic model taking physical carrier sensing / physical carrier sensing components / present distributed algorithms / wireless communication / /

OperatingSystem

XP / /

Organization

USA Instituto / University of Paderborn / Arizona State University / Universitat / Christian Scheideler† Andrea W. Richa Paolo Santi Institut / /

Person

Si / R. Gandhi / J. Padhye / V / Andrea W. Richa / W. Richa Paolo Santi / Summarizing / Christian Scheideler† Andrea / /

Position

Physical Interference Model for Throughput Improvement / relatively small constants rt / rt / Physical Interference Model / radius rt / model for wireless communication / network model / Wireless Networks General / cost model / the transmission region / /

Product

Chernoff / /

ProvinceOrState

New Brunswick / /

PublishedMedium

IEEE Transactions on Information Theory / /

Technology

self-stabilizing protocol / dominating set protocol / known distributed protocol / local-control algorithm / TWIN protocol / Wireless Communications / localized distributed protocol / ESA / pdf / interference-aware protocols / distributed algorithm / proposed algorithm / also present distributed algorithms / Mobile Computing / approximation algorithms / constant approximation algorithm / few protocols / TDMA / proposed protocol / /

URL

http /

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