Efficient route interaction of mobile Nodes by attacker detection Automation in manet

Abstract

In Mobile Ad-hoc Networks, routing performs an essential operation in the data transmission among the mobile nodes. Due to decentralized server control, data transmission becomes difficult in ad-hoc network communication. Therefore, routing becomes crucial since ad-hoc networks compromise various attacks and routing strategies. Hence, the MANET requires significant effort to accomplish the successful data packet interaction on mobile node communications. To ensure efficient data transmission, construct effective routing, and concentrate the malicious fake nodes, the routing on the ad-hoc network is needed to improve. This research proposes effective attacker detection and routing strategies to the routing protocols against routing attacks. In addition to this, the rushing attacks significantly affect data transmission in decentralized server distributed networks and deny secure data transmission. In this systematic investigation, an Attacker Detection Automation of the Bees Colony Optimization (ADA-BCO) method has been utilized for effective attacker detection and optimal routing determination among mobile nodes. Moreover, Swift Implicit Response Round Trip Time (SIRT) technical aspects have been utilized for high-speed packet transmission. Furthermore, the proposed Hybrid Random Late Detection (HRLD) routing protocol supervised the ad-hoc network routing process. This routing protocol helps to manage congestion communication on MANET. newline