Interlaced Link Routing and Genetic Topology Control Data Forwarding for Quality Aware MANET Communication

Abstract

A mobile ad-hoc network (MANET) is a type of ad hoc network that adjusts locations and constructs network without any access point. As mobile nodes use wireless links, MANET plays a significant task in providing Quality aware broadcast routing and data forwarding services for infrastructure less application. Though, it includes higher routing overhead and compromises reliability during data forwarding. In order to ensure quality aware routing and data forwarding in MANET communication, Interlaced Link Routing and Genetic Topology Control Data Forwarding (ILR-GTCDW) technique is introduced. The aim of ILR-GTCDW technique is to provide efficient link based routing and data forwarding in MANET. The ILR-GTCDW performs two processing steps. Initially, routing is carried out by interlaced link routing. In ILR, expectation maximization and deterministic method is applied to reduce routing overhead and identify an exact location of destination. Secondly, genetic topology control data forwarding is performed through cooperative communication. The optimal routing path is chosen by using the genetic algorithm based Topology control Data forwarding technique that provides both reliable data forwarding and minimal energy consumption. Simulation is carried out to analyze the performance of ILR-GTCDW technique with the parameters are throughput, energy consumption, end to end delay, routing overhead than the state-of-the-art works.