AbstractA problem of a Nash equilibrium point existence and calculating for a 3-person game on polyhedral sets with special payoff functions is considered. It is shown that its existence is equivalent to that of a saddle point in an auxiliary antagonistic game on polyhedral sets and that the saddle point calculating can be done using vector-solutions of a linear and quadratic programming problem formulated on the basis of the master 3-person game
Here we study the structure of Nash equilibrium points for N-person games. For two-person games we o...
Game theory is a mathematical approach to model competition between several parties, called players....
The paper examines an infinitely repeated 3-player extension of the Prisoner’s Dilemma game. We cons...
AbstractA problem of a Nash equilibrium point existence and calculating for a 3-person game on polyh...
AbstractA problem of a Nash equilibrium point existence and calculating in a noncooperative two-pers...
AbstractA 2-person zero-sum game with the payoff function being a sum of two linear functions and a ...
We apply linear and non-linear programming to find the solutions for Nash equilibriums and Nash arbi...
Starting from the definition of a bimatrix game, we restrict the pair of strategy sets jointly, not ...
Starting from the definition of a bimatrix game, we restrict the pair of strategy sets jointly, not ...
In this paper, the general two-players game on the square with quadratic payoff functions is cons...
We study the problem of checking for the existence of constrained pure Nash equilibria in a subclass...
Computing solution concepts in games is an important endeavor in the field of algorithmic game theor...
AbstractGames in which at least one player must solve a combinatorial optimization problem are studi...
AbstractA widely accepted rational behavior for non-cooperative players is based on the notion of Na...
The method for finding Nash equilibrium in three-person matrix game is introduced in this paper. Lin...
Here we study the structure of Nash equilibrium points for N-person games. For two-person games we o...
Game theory is a mathematical approach to model competition between several parties, called players....
The paper examines an infinitely repeated 3-player extension of the Prisoner’s Dilemma game. We cons...
AbstractA problem of a Nash equilibrium point existence and calculating for a 3-person game on polyh...
AbstractA problem of a Nash equilibrium point existence and calculating in a noncooperative two-pers...
AbstractA 2-person zero-sum game with the payoff function being a sum of two linear functions and a ...
We apply linear and non-linear programming to find the solutions for Nash equilibriums and Nash arbi...
Starting from the definition of a bimatrix game, we restrict the pair of strategy sets jointly, not ...
Starting from the definition of a bimatrix game, we restrict the pair of strategy sets jointly, not ...
In this paper, the general two-players game on the square with quadratic payoff functions is cons...
We study the problem of checking for the existence of constrained pure Nash equilibria in a subclass...
Computing solution concepts in games is an important endeavor in the field of algorithmic game theor...
AbstractGames in which at least one player must solve a combinatorial optimization problem are studi...
AbstractA widely accepted rational behavior for non-cooperative players is based on the notion of Na...
The method for finding Nash equilibrium in three-person matrix game is introduced in this paper. Lin...
Here we study the structure of Nash equilibrium points for N-person games. For two-person games we o...
Game theory is a mathematical approach to model competition between several parties, called players....
The paper examines an infinitely repeated 3-player extension of the Prisoner’s Dilemma game. We cons...