Novel Multi Search Optimization Procedure to Handle Multi-Constrained Routing in Ad hoc Networks

Abstract

Mobile ad hoc network (MANET) is one of the ad hoc natures in network structure that can change the locations of node and describe the ability to configure self on their positions. Because of wireless connections between mobile nodes, there may be a complexity in routing because of connection breakage, congestion appear in between nodes. To control congestion and establish new connection between nodes without data loss, conventionally Advanced and Distributed Relative Segment and Opportunistic Routing (ADRSOR) is discussed. In this analyze traffic data using routing relates to opportunistic scenario, but it is only concentrate on routing to control congestion, therefore there is a great need a trusty based optimized multi cast technique is required to transfer data between nodes without loss of data and enable heuristic related meta and multi search objective routing (MMOR). So that in this paper proposes and introduces a Novel Multi Search Multi Objective Framework (NMSMOF) which consists routing relates opportunistic scenario with Pareto optimization model. This approach is used in better understanding of nodes in network and also describes the performance when multiple routes are relevant. Our proposed approach captures the network cross interactions between nodes applied at various interfaces of opportunistic protocol. Performance results of this approach in wireless ad hoc related network giving better and efficient with respect to delay, delivery ratio and energies/power consumptions etc.