Author : Priyadarshini Badgujar 1
Date of Publication :15th February 2018
Abstract: In general, the problem in routing is of specifying path flows to proceed incoming data traffic so that the overall network performance is optimized. At each node data is forwarded according to a parameter mentioned in the routing table. The pathfinding algorithm starts when a data packet needs to be sent from a starting point to an end. The goal of routing is to find the shortest path. Routing in Mobile Ad-hoc Networks affected from frequent topology change, as Mobile Ad-hoc networks are dynamic in essence, so the node changes their physical location by moving around and it is difficult to design effective routing algorithms. An on-demand routing method is a famous routing category for wireless ad-hoc routing. It is a comparatively new routing idea that provides a scalable solution to comparatively large network topologies. The goal of our proposed system, we named it as Intelligent Structured Self-Optimizing Ant Colony Optimization Routing (ISSOACOR), is to design a new adaptive routing technique for finding an optimized route in Mobile Ad-hoc Networks which is reactive. This routing protocol combines ideas from Ant Colony Optimization routing with techniques from dynamic programming and local retransmission. We will use local retransmission to advance the reliability in term of packet delivery ratio. This method will enhance the efficiency of MANET routing protocol as energy consumption is minimum. We will calculate packet delivery ratio, the end to end delay, average throughput, and energy consumption. This work illustrates the importance in carefully evaluating and implementing routing protocols in an ad hoc environment.
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