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We propose and evaluate a scalable position-publish and an accompanyingrouting protocol which is efficient despite operating with imperfectinformation regarding the destination's location. The traffic generated by ourposition-publish protocol fits within the transport capacity of large mobile adhoc networks (MANETs) with constant communication bandwidth allocated forrouting overhead, even as the network size increases. The routing protocolguarantees, with high probability, routes whose lengths are within a constant"stretch" factor of the shortest path from source to destination. The key ideaunderlying the scalability of the publish protocol is for each potentialdestination node to send location updates (with frequency decaying withdistance) to a subset of network nodes, structured as annular regions around it(the natural approach of updating circular regions in distance-dependentfashion does not scale). The routing protocol must therefore account for thefact that the source and/or relay nodes may not have estimates of thedestination's location (or may have stale estimates). Spatial and temporalscaling of protocol parameters are chosen so as to guarantee scalability, routereliability and route stretch, and these analytical design prescriptions areverified using simulations.

Scalable and Efficient Geographic Routing in Mobile Ad Hoc Wireless Networks