Interactions giving rise to dilemmas are widespread in society. Starting from the observation that individuals interact through networks of acquaintances, we study the co-evolution of the agents' strategies and of the social network itself using two prototypical games: the Prisoner's Dilemma and the Stag Hunt. We find that cooperation and coordination can be achieved through the self-organization of the social network into strong and stable clusters of identical strategies
This paper explains why people might cooperate playing an infinitely recurring prisoners' dilemma in...
Abstract. This paper aims at understanding the coevolutionary dy-namics of game strategies, game str...
Social networks affect in such a fundamental way the dynamics of the population they support that th...
Coevolution between strategy and network structure is established as a means to arrive at the optima...
Axelrod (The evolution of cooperation, 1984) and others explain how cooperation can emerge in repeat...
Abstract. We introduce a social network based model to investigate the evolution of cooperation in t...
Complex networks are ubiquitous and known to pro-foundly affect the processes that take place on the...
Cooperation is widely recognized to be fundamental for the well-balanced development of human societ...
We investigate two paradigms for studying the evolution of cooperation-Prisoner's Dilemma and S...
Social networks affect in such a fundamental way the dynamics of the population they support that th...
<div><p>Social networks affect in such a fundamental way the dynamics of the population they support...
In this paper, we critically study whether social networks can explain the emergence of cooperative ...
In social systems there is an interesting phenomenon that the social efficiency can often increase a...
Recently, the study of evolutionary games on networks has attracted great interest, focused mainly o...
Social networks play an important role in explanations of outcomes of social dilemmas; situations in...
This paper explains why people might cooperate playing an infinitely recurring prisoners' dilemma in...
Abstract. This paper aims at understanding the coevolutionary dy-namics of game strategies, game str...
Social networks affect in such a fundamental way the dynamics of the population they support that th...
Coevolution between strategy and network structure is established as a means to arrive at the optima...
Axelrod (The evolution of cooperation, 1984) and others explain how cooperation can emerge in repeat...
Abstract. We introduce a social network based model to investigate the evolution of cooperation in t...
Complex networks are ubiquitous and known to pro-foundly affect the processes that take place on the...
Cooperation is widely recognized to be fundamental for the well-balanced development of human societ...
We investigate two paradigms for studying the evolution of cooperation-Prisoner's Dilemma and S...
Social networks affect in such a fundamental way the dynamics of the population they support that th...
<div><p>Social networks affect in such a fundamental way the dynamics of the population they support...
In this paper, we critically study whether social networks can explain the emergence of cooperative ...
In social systems there is an interesting phenomenon that the social efficiency can often increase a...
Recently, the study of evolutionary games on networks has attracted great interest, focused mainly o...
Social networks play an important role in explanations of outcomes of social dilemmas; situations in...
This paper explains why people might cooperate playing an infinitely recurring prisoners' dilemma in...
Abstract. This paper aims at understanding the coevolutionary dy-namics of game strategies, game str...
Social networks affect in such a fundamental way the dynamics of the population they support that th...