DOIAbstract
AbstractIn this note, we present a linear-time algorithm for determining pure-strategy equilibrium points of bimatrix games. In addition, we show that three mathematical programs are linear-time solvable
AbstractIn this note, we present a linear-time algorithm for determining pure-strategy equilibrium points of bimatrix games. In addition, we show that three mathematical programs are linear-time solvable
In the literature several refinements of the Nash equilibrium concept have been introduced. Among th...
The computational complexity of finding a Nash equilibrium in a nonzero sum bimatrix game is an impo...
The Lemke–Howson algorithm is the classical algorithm for the problem NASH of finding one Nash equil...
AbstractIn this note, we present a linear-time algorithm for determining pure-strategy equilibrium p...
The methods for finding Nash equilibrium in bimatrix game are introduced in this paper. Linear optim...
AbstractWe focus on the problem of computing an ϵ-Nash equilibrium of a bimatrix game, when ϵ is an ...
It is known that finding a Nash equilibrium for win-lose bimatrix games, i.e., two-player games wher...
AbstractWe study the fundamental problem 2NASH of computing a Nash equilibrium (NE) point in bimatri...
A formula is presented for computing the equilibrium payoffs in a generic finite two-person game whe...
Abstract. We focus on the problem of computing an ɛ-Nash equilibrium of a bimatrix game, when ɛ is a...
It is known that finding a Nash equilibrium for win-lose bimatrixgames, i.e., two-player garnes wher...
Abstract In the article the task of finding the most preferred mixed strategies in finite sc...
We focus on the problem of computing an ɛ-Nash equilibrium of a bimatrix game, when ɛ is an absolute...
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 the literature several refinements of the Nash equilibrium concept have been introduced. Among th...
The computational complexity of finding a Nash equilibrium in a nonzero sum bimatrix game is an impo...
The Lemke–Howson algorithm is the classical algorithm for the problem NASH of finding one Nash equil...
AbstractIn this note, we present a linear-time algorithm for determining pure-strategy equilibrium p...
The methods for finding Nash equilibrium in bimatrix game are introduced in this paper. Linear optim...
AbstractWe focus on the problem of computing an ϵ-Nash equilibrium of a bimatrix game, when ϵ is an ...
It is known that finding a Nash equilibrium for win-lose bimatrix games, i.e., two-player games wher...
AbstractWe study the fundamental problem 2NASH of computing a Nash equilibrium (NE) point in bimatri...
A formula is presented for computing the equilibrium payoffs in a generic finite two-person game whe...
Abstract. We focus on the problem of computing an ɛ-Nash equilibrium of a bimatrix game, when ɛ is a...
It is known that finding a Nash equilibrium for win-lose bimatrixgames, i.e., two-player garnes wher...
Abstract In the article the task of finding the most preferred mixed strategies in finite sc...
We focus on the problem of computing an ɛ-Nash equilibrium of a bimatrix game, when ɛ is an absolute...
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 the literature several refinements of the Nash equilibrium concept have been introduced. Among th...
The computational complexity of finding a Nash equilibrium in a nonzero sum bimatrix game is an impo...
The Lemke–Howson algorithm is the classical algorithm for the problem NASH of finding one Nash equil...
Add to ORKG