We introduce the framework of noncooperative pregames and demonstrate that for all games with sufficiently many players, there exist approximate (ε) Nash equilibria in pure strategies. In fact, every mixed strategy equilibrium can be used to construct an ε-equilibrium in pure strategies — ours is an ‘ε-purification’ result. Our main result is that there exists an ε- equilibrium in pure strategies with the property that most players choose the same strategies as all other players with similar attributes. More precisely, there is an integer L, depending on ε but not on the number of players, so that any sufficiently large society can be partitioned into fewer than L groups, or cultures, consisting of similar players, and all players in the sa...
In the literature of psychology and economics it is frequently observed that individuals tend to con...
In this paper, we study the number of pure strategy Nash equilibria in a “random” n -person non-coop...
In this paper, we study the number of pure strategy Nash equilibria in a “random” n -person non-coop...
We introduce the framework of noncooperative pregames and demonstrate that for all games with suffi...
We introduce a framework of noncooperative pregames, in which players are characterized by their att...
We introduce the framework of noncooperative pregames and demonstrate that for all games with suffic...
We introduce a framework of noncooperative pregames, in which players are characterized by their att...
¤This paper continues research initiated in Wooders, Cartwright and Selten (2001). We are indebted t...
In the literature of psychology and economics it is frequently observed that individuals tend to con...
In order to remedy the possible loss of strategic interaction in non-atomic games with a societal ch...
[[abstract]]A pure-strategy equilibrium existence theorem is extended to include games with non-expe...
In the literature of psychology and economics it is frequently observed that individuals tend to con...
Here we study the structure of Nash equilibrium points for N-person games. For two-person games we o...
In order to remedy the possible loss of strategic interaction in non-atomic games with a societal ch...
In order to remedy the possible loss of strategic interaction in non-atomic games with a societal ch...
In the literature of psychology and economics it is frequently observed that individuals tend to con...
In this paper, we study the number of pure strategy Nash equilibria in a “random” n -person non-coop...
In this paper, we study the number of pure strategy Nash equilibria in a “random” n -person non-coop...
We introduce the framework of noncooperative pregames and demonstrate that for all games with suffi...
We introduce a framework of noncooperative pregames, in which players are characterized by their att...
We introduce the framework of noncooperative pregames and demonstrate that for all games with suffic...
We introduce a framework of noncooperative pregames, in which players are characterized by their att...
¤This paper continues research initiated in Wooders, Cartwright and Selten (2001). We are indebted t...
In the literature of psychology and economics it is frequently observed that individuals tend to con...
In order to remedy the possible loss of strategic interaction in non-atomic games with a societal ch...
[[abstract]]A pure-strategy equilibrium existence theorem is extended to include games with non-expe...
In the literature of psychology and economics it is frequently observed that individuals tend to con...
Here we study the structure of Nash equilibrium points for N-person games. For two-person games we o...
In order to remedy the possible loss of strategic interaction in non-atomic games with a societal ch...
In order to remedy the possible loss of strategic interaction in non-atomic games with a societal ch...
In the literature of psychology and economics it is frequently observed that individuals tend to con...
In this paper, we study the number of pure strategy Nash equilibria in a “random” n -person non-coop...
In this paper, we study the number of pure strategy Nash equilibria in a “random” n -person non-coop...