Hybrid Optimization Algorithm for Optimized Path Selection in Mobile Ad hoc Networks

Mobile Ad-Hoc Network is a transitory network that contains interrelated nodes jointly. The WSN is consisted of ad-hoc networks having least infrastructure and there is not any central controller in it as the nodes are distributed at random. Diverse sets of communicating devices are involved in this network and they are available without any existing framework to connect in an abrupt manner. The network topology is changed rapidly due to the movements of motes over diverse locations at varied speed as there is not any fixed structure. Two schemes namely static and dynamic are utilized to configure this network. This research work is planned on the basis of establishing a path amid source and target. The well-known routing protocols are AODV, DSR and DSDV and a comparative analysis is done on them concerning diverse metrics. This results in enhancing an effective Ad-hoc On-demand Distance Vector protocol routing protocol to establish a route. A hybrid protocol generated on the basis of BCA and ACAs. Network Simulator 2 is executed to compute the suggested approach. The simulation outcomes exhibited that the suggested approach leads to improve the outcomes.