| Document Date: 2005-07-31 13:55:53
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City localized position / Norwell / Vancouver / Montreal / / Company ACM Press / / Country Japan / Canada / / Facility Concordia University / / IndustryTerm unicast routing algorithms / ellipsoid routing algorithm / ad hoc networks / location-aware services / ad hoc wireless networks / localized position-based routing algorithms / projective face routing algorithm / wireless ad hoc networks / proposed projective face routing algorithm / Wireless Networking / position-based routing algorithms / geographical routing protocols / geometric networks / Wireless Communications / computing / greedy routing algorithm / forward routing algorithms / mobile ad hoc network / face routing algorithm / Wireless Networks / / Organization Concordia University / Department of Computer Science / / Person Gabriel Graph / Routing Figure / Ellipsoid Most Forward Projective / Projective Face / Projective Face References / / Position Forward / / ProgrammingLanguage Hoc / / ProvinceOrState Quebec / / PublishedMedium IEEE Transactions on Communications / / Technology position-based routing algorithms / unicast routing algorithms / 20 25 30 Radius algorithms / 3 forward routing algorithms / five routing algorithms / 3-D / routing algorithms / Wireless Communications / localized position-based routing algorithms / Mobile Computing / geographical routing protocols / ellipsoid routing algorithm / projective face routing algorithm / simulation / greedy routing algorithm / 2-D face routing algorithm / four algorithms / proposed projective face routing algorithm / routing algorithm / /
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Position-Based Routing on 3-D Geometric Graphs in Mobile Ad Hoc Networks George Kao∗ Thomas Fevens∗