Game-theoretic techniques
Abstract
In the previous chapter, we investigated the problem of designing optimal controls given a model for the spread of a malware that links the control parameters to the dynamics of the spread and through that to a measure of optimality. This approach can be adopted by either an attacker or a defender. However, when there are more than one decision-maker that can influence the evolution of a spread, each has to take into account the effect of the decision of the other into account in coming up with its own best control. This entails a source of uncertainty that is different from those of stochastic nature, but rather, it is strategic uncertainty of the decisions of other player(s). In this chapter, we provide ...
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