This article provides evidence for mixed strategy play in a natural setting, using data from penalty kicking in professional german soccer. A penalty kick is a two-person constant-sum game. We distinguish two strategies for both players, namely, choosing left or right and verify empirically that the two main requirements for the existence of a nash equilibrium in mixed strategies are met: (1) the expected payoffs are equal across strategies and (2) we cannot reject the hypothesis that players choose their actions randomly
The minimax argument represents game theory in its most elegant form: simple but with stark predicti...
Game theory makes strong predictions about how individuals should behave in two player, zero sum gam...
This field experiment investigated the relative merits of approaching the penalty kick with either a...
This article provides evidence for mixed strategy play in a natural setting, using data from penalty...
This paper deals with the question, whether football players choose optimal strategies in penalty ki...
Mixed-strategy Nash equilibrium (MSNE) is a commonly-used solution concept in game-theoretic models ...
This article uses simple game models to investigate penalty kick shootouts in soccer. As opposed to ...
Running title: Do soccer players play the mixed-strategy Nash equilibrium? Mixed-strategy Nash equil...
The implications of the Minimax theorem are tested using natural data. The tests use a unique data s...
Under the direction of Dr. Molly Lynch This study focuses on the concepts of mixed strategies in gam...
This paper uses the model proposed by Chiappori, Levitt and Groseclose (2002) to test for mixed-stra...
This paper deals with the question whether kickers and goalkeepers optimaly choose the direction of ...
JEL No. D01,D82 Game theory makes strong predictions about how individuals should behave in two play...
Penalty-kicks are analysed in the literature as `real life experiments' for assessing the use of rat...
A penalty kicker's problem in football has been modelled. The study took into consideration differen...
The minimax argument represents game theory in its most elegant form: simple but with stark predicti...
Game theory makes strong predictions about how individuals should behave in two player, zero sum gam...
This field experiment investigated the relative merits of approaching the penalty kick with either a...
This article provides evidence for mixed strategy play in a natural setting, using data from penalty...
This paper deals with the question, whether football players choose optimal strategies in penalty ki...
Mixed-strategy Nash equilibrium (MSNE) is a commonly-used solution concept in game-theoretic models ...
This article uses simple game models to investigate penalty kick shootouts in soccer. As opposed to ...
Running title: Do soccer players play the mixed-strategy Nash equilibrium? Mixed-strategy Nash equil...
The implications of the Minimax theorem are tested using natural data. The tests use a unique data s...
Under the direction of Dr. Molly Lynch This study focuses on the concepts of mixed strategies in gam...
This paper uses the model proposed by Chiappori, Levitt and Groseclose (2002) to test for mixed-stra...
This paper deals with the question whether kickers and goalkeepers optimaly choose the direction of ...
JEL No. D01,D82 Game theory makes strong predictions about how individuals should behave in two play...
Penalty-kicks are analysed in the literature as `real life experiments' for assessing the use of rat...
A penalty kicker's problem in football has been modelled. The study took into consideration differen...
The minimax argument represents game theory in its most elegant form: simple but with stark predicti...
Game theory makes strong predictions about how individuals should behave in two player, zero sum gam...
This field experiment investigated the relative merits of approaching the penalty kick with either a...