We study a network security game where strategic players choose their investments in
security. Since a player's investment can reduce the propagation of computer viruses, a key …

This technical note examines the dynamics of networked multi-agent systems operating with
a consensus-type algorithm, under the influence of an attached node or external agent …

In this paper we consider the problem of routing traffic between k source-destination pairs.
Using game theoretic modeling we provide randomized strategies to minimize the threat of …

This paper examines the system dynamics of a controlled networked multi-agent system,
operating with a consensus-type algorithm, that is under the influence of attached node (s) …

This paper examines the role of structural controllability (s-controllability) in the design of
secure linear-time-invariant networked systems. We reason about secure network design in …

This paper examines the system dynamics of a networked multi-agent system, operating
with a consensus-type algorithm, that can be influenced by external agents. We refer to this …

Many efforts have been down on tackling the network security issues using game theory,
especially studying the dynamic defense mechanism. They mostly concentrated on the …

We consider two opponents that compete in developing asymmetric technologies where
each party's technology is aimed at damaging (or neutralizing) the other's technology. The …

Mobile target defense (MTD) is a research hotspot in the field of network security. The
decision method of network defense based on game theory is an important technique to …

In this paper, we consider security aspects of network routing in a game-theoretic framework
where an attacker is empowered with an ability for intrusion into edges of the network; on the …