A two-player game is sparse if most of its payoff entries are zeros. We show that the problem of computing a Nash equilibrium remains PPAD-hard to approximate in fully polynomial time for sparse games. On the algorithmic side, we give a simple and polynomial-time algorithm for finding exact Nash equilibria in a class of sparse win-lose games
We investigate complexity issues related to pure Nash equilibria of strategic games. We show that, e...
It is known that finding a Nash equilibrium for win-lose bimatrixgames, i.e., two-player garnes wher...
It is known that finding a Nash equilibrium for win-lose bimatrixgames, i.e., two-player garnes wher...
We show that the problem of finding an approximate Nash equilibrium with a polynomial precision is P...
We know that k -Uniform Nash is W[2]-Complete when we consider imitation symmetric win-lose games (w...
We know that k -Uniform Nash is W[2]-Complete when we consider imitation symmetric win-lose games (w...
It is known that finding a Nash equilibrium for win-lose bimatrix games, i.e., two-player games wher...
How long does it take until economic agents converge to an equilibrium? By studying the complexity o...
We show that computing a relatively (i.e. multiplicatively as opposed to additively) approximate Nas...
International audienceWe propose an algorithm for finding sparse Nash equilibria. The algorithm is f...
International audienceWe propose an algorithm for finding sparse Nash equilibria. The algorithm is f...
International audienceSolving zero-sum matrix games is polynomial, because it boils down to linear p...
International audienceSolving zero-sum matrix games is polynomial, because it boils down to linear p...
We investigate complexity issues related to pure Nash equilibria of strategic games. We show that, e...
In this paper we show that some decision problems regarding the computation of Nash equilibria are t...
We investigate complexity issues related to pure Nash equilibria of strategic games. We show that, e...
It is known that finding a Nash equilibrium for win-lose bimatrixgames, i.e., two-player garnes wher...
It is known that finding a Nash equilibrium for win-lose bimatrixgames, i.e., two-player garnes wher...
We show that the problem of finding an approximate Nash equilibrium with a polynomial precision is P...
We know that k -Uniform Nash is W[2]-Complete when we consider imitation symmetric win-lose games (w...
We know that k -Uniform Nash is W[2]-Complete when we consider imitation symmetric win-lose games (w...
It is known that finding a Nash equilibrium for win-lose bimatrix games, i.e., two-player games wher...
How long does it take until economic agents converge to an equilibrium? By studying the complexity o...
We show that computing a relatively (i.e. multiplicatively as opposed to additively) approximate Nas...
International audienceWe propose an algorithm for finding sparse Nash equilibria. The algorithm is f...
International audienceWe propose an algorithm for finding sparse Nash equilibria. The algorithm is f...
International audienceSolving zero-sum matrix games is polynomial, because it boils down to linear p...
International audienceSolving zero-sum matrix games is polynomial, because it boils down to linear p...
We investigate complexity issues related to pure Nash equilibria of strategic games. We show that, e...
In this paper we show that some decision problems regarding the computation of Nash equilibria are t...
We investigate complexity issues related to pure Nash equilibria of strategic games. We show that, e...
It is known that finding a Nash equilibrium for win-lose bimatrixgames, i.e., two-player garnes wher...
It is known that finding a Nash equilibrium for win-lose bimatrixgames, i.e., two-player garnes wher...