Add to ORKGThis paper proposes an aspiration-based model of bounded rationality, which is applied to a large-population context where agents are re-matched every period to play a Prisoner's Dilemma.GAME THEORY;INFORMATION
According to Brams' Theory of Moves (TOM), mutual cooperation will emerge in the Prisoner's Dilemma ...
This article introduces a model of rationality that combines procedural utility over actions with co...
To ensure cooperation in the Prisoner's Dilemma, agents may require prior commitments from others, s...
This paper proposes an aspiration-based dynamic model for cooperation where a large population of ag...
This paper proposes an aspiration-based model for (anonymous) cooperation where a large population o...
This paper studies the possibility of whole population cooperation based on playerspreferences. Cons...
In the real world, an individual may have different attitudes towards his friends. From the perspect...
A model of "satisficing" behavior in the repeated Prisoners Dilemma is studied. Each player has an a...
We study the evolution of cooperation in spatial prisoner's dilemma by proposing an aspiration-based...
We study the evolution of cooperation in spatial prisoner's dilemma by proposing an aspiration-...
Considering the important roles played by aspiration and imitation rules, we explore how cooperation...
Currently, there is no satisfying answer to how cooperation arises rationally in a single-play priso...
AbstractWe develop an aspiration-based dynamic model which leads to enhanced cooperation in the Pris...
In this paper, we introduce an aspiration-dependent persistence into the spatial prisoner's dilemma ...
According to Brams' Theory of Moves (TOM), mutual cooperation will emerge in the Prisoner's Dilemma ...
According to Brams' Theory of Moves (TOM), mutual cooperation will emerge in the Prisoner's Dilemma ...
This article introduces a model of rationality that combines procedural utility over actions with co...
To ensure cooperation in the Prisoner's Dilemma, agents may require prior commitments from others, s...
This paper proposes an aspiration-based dynamic model for cooperation where a large population of ag...
This paper proposes an aspiration-based model for (anonymous) cooperation where a large population o...
This paper studies the possibility of whole population cooperation based on playerspreferences. Cons...
In the real world, an individual may have different attitudes towards his friends. From the perspect...
A model of "satisficing" behavior in the repeated Prisoners Dilemma is studied. Each player has an a...
We study the evolution of cooperation in spatial prisoner's dilemma by proposing an aspiration-based...
We study the evolution of cooperation in spatial prisoner's dilemma by proposing an aspiration-...
Considering the important roles played by aspiration and imitation rules, we explore how cooperation...
Currently, there is no satisfying answer to how cooperation arises rationally in a single-play priso...
AbstractWe develop an aspiration-based dynamic model which leads to enhanced cooperation in the Pris...
In this paper, we introduce an aspiration-dependent persistence into the spatial prisoner's dilemma ...
According to Brams' Theory of Moves (TOM), mutual cooperation will emerge in the Prisoner's Dilemma ...
According to Brams' Theory of Moves (TOM), mutual cooperation will emerge in the Prisoner's Dilemma ...
This article introduces a model of rationality that combines procedural utility over actions with co...
To ensure cooperation in the Prisoner's Dilemma, agents may require prior commitments from others, s...