SEEE DIGIBOOK ON ENGINEERING & TECHNOLOGY, VOL. 01, FEB 2018 PP.(120-127)
Abstract—Net-centric Operations (NCO) including Net-Centric Warfare (NCW) has taken a paradigm shift in a way wars are fought involving intelligence, strategic decision making and deploying strategies which can effectively be demonstrated by probabilistic mathematical model known as ‘Game Theory’. In this paper the proposed work models the agent behavior which are represented by two players of a game one is a source/victim node and another being an intruder/attacker node initiates a game by deploying mixed strategies. The main idea is to tackle intruders for the benefit of the network by not purging it out of the network once it is being detected as intruder. The scenario of two-player non-cooperative zero sum game in a Wireless Mesh Network Setting is demonstrated wherein the payoff of the players which is the utility of the source/attacker is examined with varying dropping probability of packets and forwarding probability of packets through results. The scenario considered is theoretical model wherein an attacker/intruder is performing selective forwarding attacks.
Index Terms -Game Theory, Players, Strategies, Payoff, Utility, Wireless Mesh Network, Intrusion Tackling, Selective Forwarding.
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Alok J Shukla1, Dr.Manju Nanda2, Kushal K S2
1 Manipal Institute of Technology, Manipal, India
2 CSIR National Aerospace Laboratories, Bangalore, India
alokjs89@gmail.com, manjun@nal.res.in, ksk261188@gmail.com
