| Document Date: 2007-11-16 13:41:16
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City S CENARIO / C. Gradient / / Currency USD / / / Facility Electrical Engineering Swiss Federal Institute of Technology / / IndustryTerm mobile sensor networks / data networks / static networks / unicast routing protocols / anycast / wireless radio / stable networks / sensor networks / dynamic networks / wireless radio range / reversal algorithms / average networks / unstable networks / hard energy / anycast routing protocols / distance vector routing algorithms / connection-less serunstable networks / anycast routings algorithms / typical sensor network / given anycast / gateway router bile ad hoc networks / proposed anycast protocols / wireless range / wireless networks / random wireless networks / low density networks / random networks / radio device / / MusicGroup phase IV / phase III / / Organization Bernhard Plattner Department of Information Technology / Swiss Federal Institute of Technology / IEEE Communications Society / / Person Martin May / Bernhard Plattner / / Position forward / model for static networks / / Technology dsd / unicast routing protocols / DNS / existing anycast routing protocols / reversal algorithms / proposed anycast protocols / anycast routings algorithms / specific routing protocol / Information Technology / anycast routing protocols / caching / simulation / underlying protocol / distance vector routing algorithms / routing algorithm / /
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Density-Based vs. Proximity-Based Anycast Routing for Mobile Networks