This paper considers the problem of allocating finite resources among the elements of a
critical infrastructure system in order to protect it from antagonistic attacks. Previous studies …

Optimal resource allocation in security has been a significant challenge for critical
infrastructure protection. Numerous studies use game theory as the method of choice …

We propose a definition of critical infrastructure deterrence and develop a methodology to
explicitly quantify the deterrent effects of critical infrastructure security strategies. We …

Protecting infrastructures and their users against terrorist attacks involves making both
strategic and operational decisions in an organization's hierarchy. Although usually …

Many countries have multiple critical infrastructures that are potentially vulnerable to
deliberate attacks by terrorists or other intelligent adversaries. These include networked …

We present a game-theoretic model to explore how uncertainty about terrorist preferences
can affect optimal resource allocations for infrastructure protection. We consider a dynamic …

Infrastructures are analysed subject to defence by a strategic defender and attack by
multiple strategic attackers. A framework is developed where each agent determines how …

The important status of critical infrastructure makes it a target of attacks in the new era.
Based on game theory, we analyze the offensive and defensive issues of critical …

Critical infrastructures rely on cyber and physical components that are both subject to
natural, incidental or intentional degradations. Game theory has been used in studying the …

A game‐theoretic model is developed where an infrastructure of N targets is protected
against terrorism threats. An original threat score is determined by the terrorist's threat …