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One of the main challenges in mobile ad hoc networks (<sc>MANET</sc>s) is the routing of calls to mobile users moving frequently. The major tasks of routing are to find a route to a terminal quickly, a process often called R<sc>OUTE</sc> D<sc>ISCOVERY</sc>, and to maintain and repair the active routes, a process often called R<sc>OUTE</sc> M<sc>AINTENANCE</sc>/R<sc>EPAIR</sc>. R<sc>OUTE</sc> M<sc>AINTENANCE</sc>/R<sc>EPAIR</sc> is a vital process as it deals with the salvage of calls when a link failure along a data route occurs. Data losses or failures in turn impact the end-to-end perceived quality of the application. In this paper we analyse through simulations various R<sc>OUTE</sc> R<sc>EPAIR</sc> techniques tailored for operation in <sc>MANETS</sc> and demonstrate the effects of relative node velocity, node density and communication range on the communication cost and scalability of a routing protocol.

A simulation analysis on reactive route repair techniques for QoS sensitive applications in mobile ad hoc networks