<p>Ultimatum game players evolve in random networks, keeping the neighbors fixed (dashed line) or reshuffling them after every instance of the game (solid line). Black line, distribution of offers; red line, distribution of acceptance thresholds. Circles show the results in a ring network with reshuffling (notice that they overlap completely with the solid lines). Mean degree of the networks is 4, and other parameters are as in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0043781#pone-0043781-g001" target="_blank">Fig. 1</a>.</p
Individual migration plays a crucial role in evolutionary dynamics of population on networks. In thi...
<p>The equilibrium frequencies of three strategies of the weak prisoner’s dilemma game with normalis...
We study the impact on payo ¤ distribution of varying the proba-bility (opportunity) that a player h...
<p>A. Distributions of the strategies present in the population of Ultimatum game players after long...
Most previous studies concerning ultimatum games in structured population assume either that the gam...
Simulation data from a spatial model of agents evolving (reproducing with mutation) on a lattice whi...
<p>We consider a homogeneous population of size . Once a mutation occurs, the mutant strategy either...
The ubiquity of altruist behavior amongst humans has long been a significant puzzle in the...
We study the impact on payo§ distribution of varying the probability (opportunity) that a player has...
This paper aims at showing how analytical techniques can be employed to explain the global emerged b...
International audienceMost allocation rules for network games presented in the literature assume tha...
International audienceMost allocation rules for network games presented in the literature assume tha...
This paper aims at showing how analytical techniques can be employed to explain the global emerged b...
This paper aims at showing how analytical techniques can be employed to explain the global emerged b...
This paper aims at showing how analytical techniques can be employed to explain the global emerged b...
Individual migration plays a crucial role in evolutionary dynamics of population on networks. In thi...
<p>The equilibrium frequencies of three strategies of the weak prisoner’s dilemma game with normalis...
We study the impact on payo ¤ distribution of varying the proba-bility (opportunity) that a player h...
<p>A. Distributions of the strategies present in the population of Ultimatum game players after long...
Most previous studies concerning ultimatum games in structured population assume either that the gam...
Simulation data from a spatial model of agents evolving (reproducing with mutation) on a lattice whi...
<p>We consider a homogeneous population of size . Once a mutation occurs, the mutant strategy either...
The ubiquity of altruist behavior amongst humans has long been a significant puzzle in the...
We study the impact on payo§ distribution of varying the probability (opportunity) that a player has...
This paper aims at showing how analytical techniques can be employed to explain the global emerged b...
International audienceMost allocation rules for network games presented in the literature assume tha...
International audienceMost allocation rules for network games presented in the literature assume tha...
This paper aims at showing how analytical techniques can be employed to explain the global emerged b...
This paper aims at showing how analytical techniques can be employed to explain the global emerged b...
This paper aims at showing how analytical techniques can be employed to explain the global emerged b...
Individual migration plays a crucial role in evolutionary dynamics of population on networks. In thi...
<p>The equilibrium frequencies of three strategies of the weak prisoner’s dilemma game with normalis...
We study the impact on payo ¤ distribution of varying the proba-bility (opportunity) that a player h...