A Game Theory Based Approach to the Generation of Optimal DDoS Defending Strategy
Liang Huang, Yifeng Lian Dengguo Feng · 2014
With the growing threat of DDoS attacks, new attacking mechanisms emerge every day. In order to confront the ever-evolving DDoS attacks, it is insufficient to select defending strategy merely from existing strategy set. In this paper, we propose a method that generates new defending strategies and that selects the optimal one among them, thus increasing the defending ability. The Game Model for DDoS Countermeasure Selection is established to model the DDoS scenario that considers the attacker and the defender as two players in the game. Then the new defending strategies are generated and are included in the defending strategy set. Next, the Nash equilibrium is calculated to indicate the optimal defending strategy. The experiments, which is performed with the network simulator, show the effectiveness of our method.