Interference Aware Routing in Dynamic Mobile Adhoc Network With the Concern of Qos Factors in Military Information System-Reference-Cited by-同舟云学术

Interference Aware Routing in Dynamic Mobile Adhoc Network With the Concern of Qos Factors in Military Information System

Published:2022-10-12 Issue: Volume: Page:
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Author:

Vignesh V.¹,Elngar Ahmed A.²,Gopalan Harihara³

Affiliation:

1. KPR College of Engineering and Technology,

2. Beni-Suef University

3. Sri Ramakrishna Engineering College

Abstract

Abstract Military communications or military signals are involved with every aspect of communications, or the information transmission, by the military services. The capability for the receipt and usage of information holds high importance on the battlefield. MANETs (Mobile Ad hoc Networks) facilitate military communications by forwarding information to respective nodes at the correct time. But secured and robust communication has become the most crucial task in which the information transmitted to two troops fighting in the battery field via the same nodes may be disintegrated and data loss can happen. Several earlier studies have focused on interference-aware routing in a MANET environment. Military environments have mobile nodes while their infrastructure is more or less static, creating issues in interference-aware routings specifically when groups of soldiers disperse in different directions. This research work attempts to cross this hurdle and overcomes this issue with its proposed QoS-IRDMANET (Quality of Services and Interference aware Routing in Dynamic MANETs). Routes defined in this scheme consider QoS criterion along with interference conditions using a weighted sum method. This scheme renders priority in data communications by allocation of more bandwidths to respective communications at executions where critical information is immediately shared with corresponding troops. Moreover, path failures are also taken into account by this scheme owing to the unavailability of resources or node movements. The proposed scheme is demonstrated through simulations with satisfactory results when compared to earlier similar works in this area.

Publisher

Research Square Platform LLC

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