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City Kobe / San Francisco / Budapest / Boston / New York / New Orleans / San Diego / Long Beach / Associativity / / Company Ad Hoc Networks / Mobile Communication Networks / Large Ad Hoc Wireless Networks / AdHoc Networks / Gateway / MANET Working Group / Ford / Ad Hoc Mobile Networks / ACM Mobile Networks / IEEE Journal / I. INTRODUCTION Wireless / Ad Hoc Wireless Networks / Mobile Wireless Networks / / Country Hungary / Japan / United States / / / Event Natural Disaster / FDA Phase / / Facility Heritage Institute of Technology Address / / IndustryTerm service management / proactive protocols / stable clustering algorithm / self-configuring multihop wireless network / wireless network / Wireless Routing Protocol / hybrid routing protocol / large networks / Wireless hierarchical routing / wireless network size increase / real-time communications / proactive routing protocols / Wireless networks / bandwidth management / proactive routing protocol / dense wireless networks / mobile backbone network / on-demand protocol / shared wireless media / Ad-hoc wireless network / Wireless Hierarchical Routing Protocol / / Organization Heritage Institute of Technology Address / Internet Engineering Task Force / / Person Tsu-Wei Chen / Mario Gerla / / Product Group Mobility / / ProgrammingLanguage HOC / / ProvinceOrState Louisiana / New York / California / / Technology CONCLUSIONS Protocols / on-demand protocol / GPS / Routing protocols / hybrid routing protocol / Adaptive Distributed Routing Algorithm / Proactive routing protocols / Distributed Routing Algorithm / Quality of Service / protocols No protocol / routing protocol / LAR protocol / underlying routing protocol / Mobile Computing / stable clustering algorithm / Simulation / proactive routing protocol / / SocialTag