Socio–ecological systems are increasingly modelled by games played on complex
networks. While the concept of Nash equilibrium assumes perfect rationality, in reality …

The phenomenon of individual disguise is ubiquitous in the real world. Recent evidences
show that peer punishment is successful to stabilize cooperation among selfish individuals …

The topology of transportation networks such as road and rail networks determines the
efficiency and effectiveness of the corresponding transport systems. Quantifying the relative …

We introduce evolutionary dynamics for two-action games where agents with diverse
preferences use statistical inference to guide their behavior. We show that the dynamic …

This study experimentally examines the role of a compromise option in a repeated battle-of-
the-sexes game. In a random matching environment, we find that compromise serves as an …

This paper studies the uniqueness of a quantal response equilibrium (QRE) in a broad class
of n-person normal form games. We make three main contributions. First, we show that the …

The notion of quantal response equilibrium (QRE), introduced by McKelvey and Palfrey
(1995), has been widely used to explain experimental data. In this paper, we use quantal …

In networked systems research, game theory is increasingly used to model a number of
scenarios where distributed decision making takes place in a competitive environment …

Evolution is based on the competition between individuals and therefore rewards only
selfish behavior. How cooperation or altruism behavior could prevail in social dilemma then …

Influence models enable the modelling of the spread of ideas, opinions and behaviours in
social networks. Bounded rationality in social networks suggests that players make non …