It is shown that the equilibrium notion of an evolutionary stable strategy (ESS) does have predictive power for standard models of Bertrand competition. This is in contrast to a recent claim by Qin and Stuart (1997). The claim is based on the observation that the solution concept ESS behaves discontinuously when finite (discrete) action games approach an infinite (continuous) action game in the limit. Furthermore, it is argued that from a model-theoretic point of view evolutionary stability in prices (i.e. in the Bertrand model) is quite different from evolutionary stability in quantities (i.e. in the Cournot model).Bertrand , Oligopoly , Evolution , Evolutionary stability
The concept of an evolutionary stable strategy (ESS) is a useful tool for studying the dynamics of n...
This note presents a simple example of a model in which the unique rational expectations (RE) steady...
This note presents a simple example of a model in which the unique rational expectations (RE) steady...
In this paper we show that there are certain limits as to what applications of Maynard Smith’s conce...
The Bertrand Duopoly (BD) is a competition of rms aiming to achieve dominance in a certain market. I...
We construct an evolutionary version of Theocharis (1960)'s seminal work on the stability of equilib...
We present two new notions of evolutionary stability, the truly evolutionarily stable state (TESS) a...
Abstract—Evolutionary game theory (EGT) has been widely adopted in various research fields and recen...
We present two new notions of evolutionary stability, the truly evolutionarily stable state (TESS) a...
Evolutionary stable strategies (ESSs) are often used to explain the behaviors of individuals and spe...
Abstract: In this paper I study Evolutionary stable strategies as in-troduced by Maynard Smith and I...
We revisit the question of price formation in general equilibrium the-ory. We explore whether evolut...
The concept of evolutionary stable strategies is extended to include density dependence. Dynamical s...
The object of game theory is to choose a strategy that will resolve conflicts, with the highest payo...
7th EAI International Conference on Game Theory for Networks, GameNets 2017 -- 9 May 2017 through 9 ...
The concept of an evolutionary stable strategy (ESS) is a useful tool for studying the dynamics of n...
This note presents a simple example of a model in which the unique rational expectations (RE) steady...
This note presents a simple example of a model in which the unique rational expectations (RE) steady...
In this paper we show that there are certain limits as to what applications of Maynard Smith’s conce...
The Bertrand Duopoly (BD) is a competition of rms aiming to achieve dominance in a certain market. I...
We construct an evolutionary version of Theocharis (1960)'s seminal work on the stability of equilib...
We present two new notions of evolutionary stability, the truly evolutionarily stable state (TESS) a...
Abstract—Evolutionary game theory (EGT) has been widely adopted in various research fields and recen...
We present two new notions of evolutionary stability, the truly evolutionarily stable state (TESS) a...
Evolutionary stable strategies (ESSs) are often used to explain the behaviors of individuals and spe...
Abstract: In this paper I study Evolutionary stable strategies as in-troduced by Maynard Smith and I...
We revisit the question of price formation in general equilibrium the-ory. We explore whether evolut...
The concept of evolutionary stable strategies is extended to include density dependence. Dynamical s...
The object of game theory is to choose a strategy that will resolve conflicts, with the highest payo...
7th EAI International Conference on Game Theory for Networks, GameNets 2017 -- 9 May 2017 through 9 ...
The concept of an evolutionary stable strategy (ESS) is a useful tool for studying the dynamics of n...
This note presents a simple example of a model in which the unique rational expectations (RE) steady...
This note presents a simple example of a model in which the unique rational expectations (RE) steady...