The evolution of boundedly rational rules for playing normal form games is studied within stationary environments of stochastically changing games. Rules are viewed as algorithms prescribing strategies for the different normal form games that arise. It is shown that many of the folk results of evolutionary game theory typically obtained with a fixed game and fixed strategies carry over to the present case. The results are also related to recent experiments on rules and games
In the present paper, a new approach to equilibrium selection for very general normal form games ha...
We apply stochastic stability to undiscounted finitely repeated two player games without common inte...
We explore a model of equilibrium selection in coordination games, where agents stochastically adjus...
The evolution of boundedly rational rules for playing normal form games is studied within stationary...
Traditional game theory studies strategic interactions in which the agents make rational decisions. ...
In this thesis we study the evolution of strategy choices for symmetric, finite, normal games. The s...
We consider a simple model of stochastic evolution in population games. In our model, each agent occ...
This paper proposes an evolutionary-game-theory model, called meta-evolutionary game dynamics, for s...
Evolutionary game theory is a popular framework for modeling the evolution of populations via natura...
In the present paper, a new approach to equilibrium selection for very general normal form games has...
We propose a new dominance concept for n n symmetric normal form games called universal stochastic ...
This thesis advances game theory by formally analysing the implications of replacing some of its mos...
We extend the notion of evolutionarily stable strategies introduced by Maynard Smith and Price (1973...
Abstract. We present a general model of stochastic evolution in games played by large populations of...
The Thesis applies evolutionary game theoretic ideas to the modelling of economic behaviour. The tra...
In the present paper, a new approach to equilibrium selection for very general normal form games ha...
We apply stochastic stability to undiscounted finitely repeated two player games without common inte...
We explore a model of equilibrium selection in coordination games, where agents stochastically adjus...
The evolution of boundedly rational rules for playing normal form games is studied within stationary...
Traditional game theory studies strategic interactions in which the agents make rational decisions. ...
In this thesis we study the evolution of strategy choices for symmetric, finite, normal games. The s...
We consider a simple model of stochastic evolution in population games. In our model, each agent occ...
This paper proposes an evolutionary-game-theory model, called meta-evolutionary game dynamics, for s...
Evolutionary game theory is a popular framework for modeling the evolution of populations via natura...
In the present paper, a new approach to equilibrium selection for very general normal form games has...
We propose a new dominance concept for n n symmetric normal form games called universal stochastic ...
This thesis advances game theory by formally analysing the implications of replacing some of its mos...
We extend the notion of evolutionarily stable strategies introduced by Maynard Smith and Price (1973...
Abstract. We present a general model of stochastic evolution in games played by large populations of...
The Thesis applies evolutionary game theoretic ideas to the modelling of economic behaviour. The tra...
In the present paper, a new approach to equilibrium selection for very general normal form games ha...
We apply stochastic stability to undiscounted finitely repeated two player games without common inte...
We explore a model of equilibrium selection in coordination games, where agents stochastically adjus...