Multi-QoS and interference concerned reliable routing in military information system

Abstract

Secured and trustable routing in military information system is a sophisticated task in which sharing of information with no distortion or collusion is important. Mobile ad hoc networking enables the military communication by forwarding the information to the corresponding nodes on the right time. In the available system, Neighborhood-based Interference-Aware (NIA) routing is performed over an environment of stabilized position node. This research cannot offer support to the military communication system where the troops of soldiers might have to move to different positions. This issue is resolved in the new research strategy by implementing the new framework known as Multi-Objective concerned Reliable Routing in Dynamic MANET (MORR-MANET). In this technical work, optimal routing is performed with due consideration to different QoS parameters making use of pareto-optimal approach. Once the optimal route path is found, interference is prevented through the monitoring of the information regarding the neighborhood. Moreover, this research work is also related to the path breakage due to the resource unavailability or node mobility, as observed in this research work making use of Modified Go-Back-N ARQ technique. The whole research is realized and thereafter shown in the simulation environment, and it is revealed that the proposed research methodology provides a better result, in comparison with the previous research work NIA. The proposed technique indicates better performance in terms of 13% better residual energy, 7% larger the number of live nodes, 13% least relative error compared to the available technique NIA.