In the current paper, we study the asymmetric normal-form game between two heterogeneous groups of populations by employing the stochastic replicator dynamics driven by Lévy process. A new game equilibrium, i.e., the game equilibrium of a stochastic differential cooperative game on time, is derived by introducing optimal-stopping technique into evolutionary game theory, which combines with the Pareto optimal standard leads us to the existence of Pareto optimal endogenous matching
International audienceWe study Pareto efficient mechanisms in matching markets when the number of ag...
This paper introduces two new concepts in evolutionary game theory: Nash equilibrium with Group Sele...
We study Pareto efficient mechanisms in matching markets when the number of agents is large and indiv...
In the current paper, we study the asymmetric normal-form game between two heterogeneous groups of p...
In the current paper, we study the asymmetric normal-form game between two heterogeneous groups of p...
In the current paper, we study the asymmetric normal-form game between two heterogeneous groups of ...
This study considers evolutionary games with non-uniformly random matching when interaction occurs i...
In the present paper, a new approach to equilibrium selection for very general normal form games ha...
In the present paper, a new approach to equilibrium selection for very general normal form games has...
This study considers evolutionary models with non-uniformly random matching when interaction occurs ...
The paper studies an evolutionary model where players from a given population are randomly matched i...
Ordinary repeated games do not apply to real societies where one can cheat and escape from partners....
AbstractWe introduce efficient learning equilibrium (ELE), a normative approach to learning in non-c...
In this paper we study a two agents asymmetric stag hunt game. The model has an infinity of strict,...
Producción CientíficaWe consider repeated games with endogenous separation – also known as voluntari...
International audienceWe study Pareto efficient mechanisms in matching markets when the number of ag...
This paper introduces two new concepts in evolutionary game theory: Nash equilibrium with Group Sele...
We study Pareto efficient mechanisms in matching markets when the number of agents is large and indiv...
In the current paper, we study the asymmetric normal-form game between two heterogeneous groups of p...
In the current paper, we study the asymmetric normal-form game between two heterogeneous groups of p...
In the current paper, we study the asymmetric normal-form game between two heterogeneous groups of ...
This study considers evolutionary games with non-uniformly random matching when interaction occurs i...
In the present paper, a new approach to equilibrium selection for very general normal form games ha...
In the present paper, a new approach to equilibrium selection for very general normal form games has...
This study considers evolutionary models with non-uniformly random matching when interaction occurs ...
The paper studies an evolutionary model where players from a given population are randomly matched i...
Ordinary repeated games do not apply to real societies where one can cheat and escape from partners....
AbstractWe introduce efficient learning equilibrium (ELE), a normative approach to learning in non-c...
In this paper we study a two agents asymmetric stag hunt game. The model has an infinity of strict,...
Producción CientíficaWe consider repeated games with endogenous separation – also known as voluntari...
International audienceWe study Pareto efficient mechanisms in matching markets when the number of ag...
This paper introduces two new concepts in evolutionary game theory: Nash equilibrium with Group Sele...
We study Pareto efficient mechanisms in matching markets when the number of agents is large and indiv...