Neutrosophic Intelligent Energy Efficient Routing for Wireless Ad-hoc Network Based on Multi-criteria Decision Making

Abstract

A wireless ad-hoc network is a decentralized ad-hoc network which has no access point earlier time. In this network, data from every node is transferred to another node dynamically based on network connectivity and existing routing algorithm. Many authors introduced various routing techniques to handle the issues in wireless ad-hoc networks. The main concept of this paper is to develop a new network design to improve the service of wireless ad-hoc network by equipping the routes energy efficient using neutrosophic technique. Multi-criteria decision making method under neutrosophic environment is used for making the routes of the network efficiently here. Since neutrosophic set is the generalization of fuzzy and intuitionistic fuzzy sets, the parameters involved in this method like hop-count, data packets, distance and energy are taken from neutrosophic sets. Mathematical analysis for the proposed network design is carried out and results are also discussed here.