Self adaptive secure and stable associativity based routing protocol for manets adaptive secure

Abstract

Mobile Ad Hoc NETworMANET is a self configuring network in which mobile devices are connected by wireless links Mobile nodes can change position quite frequently which demands for a routing protocol that newlinequickly adapts to topology changes Finding an optimized route in such newlinenetworks can be challenging As the topology of the network undergoes newlineconstant changes finding the most stable route is a key for effective newlinecommunication The autonomous connections of mobile networks are limited newlineto resources like spectrum bandwidth link stability and power MANETs newlineface challenges due to open network architecture shared wireless medium newlinehighly dynamic network topology and so on In order to maintain connectivity newlinein such dynamic networks all participating nodes should have distributed newlinecooperation Security in such networks is an essential component to provide newlineprotected communication between different nodes in a mobile ad hoc network newlineenvironment Always there is a tradeoff between security and power usage of newlinemobile nodes Basically multi hop and multipath network routing are newlineimplemented in MANETs that generates challenges in link management relay newlineload battery power and security To overcome this scenario self configured newlineself healing self forming and deforming networks are in demand Self newlineadaption in networks is achieved by using reinforcement learning techniques newlineRouting in Mobile Adhoc Networks has its remarkable challenges in newlineInfrastructure less networks The routing protocols on MANET are broadly newlineclassified as proactive reactive and hybridized protocols Among these three newlinerouting protocols reactive is more popular due to its dynamic properties In newlinereactive routing protocol Associativity Based Routing ABR is a source newlineinitiated loop free routing protocol newline newline