A Highly Efficient Intrusion Detection and Packet Tracking Based on Game Theory Approach

Abstract

Wireless Sensing Networks (WSNs) offer excellent environmental monitoring capabilities and use many interesting applications in advanced network applications. The problem is that the security mechanisms used in wired networks cannot be incorporated directly in WSN due to scarce resources. In this paper, specific measures that need to be taken against across distributed wireless networks, explore some of the approaches to detect attacks, and propose a new game theory-approach in identifying the intrusion detection. Two key elements which are most challenging in mobile and wireless networks, the geo-location of the nodes will change dynamically and security between the nodes is limited and monitoring packet transmission in order to avoid various intrusion methods involved between the nodes and data transmission has to be secured with a guarding mechanism. This paper implements about how to provide advanced authentication schemes for network programming to avoid and reduce intrusion and precautionary measures to be considered in avoiding intrusion detection in advantage of vulnerabilities and attack network and causes failure. The results show that implemented research on sensor network security focuses on the ability to detect third-party intrusion attempts, even if they are attempts to attack even before it has happened If the intruder is detected quickly, appropriate action is taken before any damage occurs or if any data is available made a compromise.