Agent Movement Optimization in VANET using Load Shedding Algorithm

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N. Sudha Bhuvaneswari
T. Karthikeyan

Abstract

In the growing world of Information Technology the Mobile Agent based application has taken a prominent and promising place in distributed system applications over the client server approach. Major concerns of these distributed applications are to provide quality service and improved performance. This is not the case only in network traffic but it also poses problem in vehicular ad hoc networks (VANET) where agent based approach has taken a prominent place in handling effective road and vehicle traffic. Research works are still under progress in VANET to efficiently handle message passing, congestion avoidance and efficient traffic controlling. This paper highlights on the integration of previously defined MATLB, PCM and MSA Agent and proposes an approach for reducing the size of the mobile agent that wanders in the network carrying messages from node to node. This reduction in size of mobile agents will enhance the performance of VANET making the agents more acceptable by the hosts and correspondingly building an effective co-operative vehicular network.

Keywords: MATLB, PCM, MSA, DoS, RFID, VANET

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