Design and Implementation of Modified Adhoc on Demand Distance Vector Routing Algorithm in Mobile Adhoc Network

Abstract

This research work offers a significant view at the literature and routing protocols on mobile ad-hoc networks. Over recent years, several people have been motivated to research wireless network efficiency as Wireless Networks are widely used. However, the cause of losing packets, local link failure to get shortest routing, is different from other researchers. It allows for the AODV mobile ad hoc network protocol, the latest routing algorithm for it GBR-CNR-LN is used to improve routing performance using the GC-ENS Algorithm. Discussion of the concepts and characteristics of mobile ad-hoc networks routing protocol features and classifications are defined in MANET as ad-hoc routing on distance vectors. Furthermore, an emphasis on remedying the failure of the local link in mobile ad-hoc networks and on the prediction of the link state is demonstrated. For this the proposed Modified Local Link Repair (MLLR) is to rebuild the link from the uplink node to the node next to the downlink node. Third implementation is Design and Implementation of Hybrid AODV Routing Protocol (HAODV) for node selection to attain the shortest path strategy using MFR and firefly optimization algorithm in the MANET to perform the optimal neighbor node selection. In order to establish superiority of proposed algorithms over basic algorithms and their recent variants, they are tested over a set of benchmark parameters. For this, proposed algorithms are analyzed and performed using parameters like End-to-End (E2E) delay, Average Routing Overhead, Throughput, PDR (Packet delivery ratio) and remaining energy of network. 6. Keywords (at least five): MANET, AODV, GBR-CNR, End to End delay, Throughput, Packet Delivery Ratio,Routing Overhead. newline