A long-standing open question raised in the seminal paper of Kalai and Lehrer (1993) is whether or not the play of a repeated game, in the rational learning model introduced there, must eventually resemble the play of exact equilibria, and not just the play of approximate equilibria as demonstrated there. This paper shows that play may remain distant – in fact, mutually singular – from the play of any equilibrium of the repeated game. We further show that the same inaccessibility holds in Bayesian games, where the play of a Bayesian equilibrium may continue to remain distant from the play of any equilibrium of the true game
Consider a finite stage game G that is repeated infinitely often. At each time, the players have hyp...
A central question in game theory, learning, and other fields is how a rational intelligent agent sh...
Let us adopt the classical point of view that a theory of games is a description of "rational" behav...
A long-standing open question raised in the seminal paper of Kalai and Lehrer (1993) is whether or n...
This paper summarizes recent work of Foster and Young (2001), which shows that some games are unlear...
In infinitely repeated games, Nachbar (1997, 2005) has shown that Bayesian learning of a restricted ...
Kalai and Lebrer (93a, b) have recently show that for the case of infinitely repeated games, a coord...
We study learning in Bayesian games (or games with differential information) with an arbitrary numbe...
This paper provides a genera1 framework to analyze rational learning in strategic situations where t...
We generalize results of earlier work on learning in Bayesian games by allowing players to make deci...
Abstract If players learn to play an infinitely repeated game using Bayesian learning, it is known t...
If players learn to play an infinitely repeated game using Bayesian learning, it is known that their...
This paper investigates simultaneous learning about both nature and others' actions in repeated game...
This paper extends the convergence result in Kalai and Lehrer (1993a, 1993b) to a class of games whe...
"This paper extends the convergence result on Bayesian learning in Kalai and Lehrern(1993a, 1993b) t...
Consider a finite stage game G that is repeated infinitely often. At each time, the players have hyp...
A central question in game theory, learning, and other fields is how a rational intelligent agent sh...
Let us adopt the classical point of view that a theory of games is a description of "rational" behav...
A long-standing open question raised in the seminal paper of Kalai and Lehrer (1993) is whether or n...
This paper summarizes recent work of Foster and Young (2001), which shows that some games are unlear...
In infinitely repeated games, Nachbar (1997, 2005) has shown that Bayesian learning of a restricted ...
Kalai and Lebrer (93a, b) have recently show that for the case of infinitely repeated games, a coord...
We study learning in Bayesian games (or games with differential information) with an arbitrary numbe...
This paper provides a genera1 framework to analyze rational learning in strategic situations where t...
We generalize results of earlier work on learning in Bayesian games by allowing players to make deci...
Abstract If players learn to play an infinitely repeated game using Bayesian learning, it is known t...
If players learn to play an infinitely repeated game using Bayesian learning, it is known that their...
This paper investigates simultaneous learning about both nature and others' actions in repeated game...
This paper extends the convergence result in Kalai and Lehrer (1993a, 1993b) to a class of games whe...
"This paper extends the convergence result on Bayesian learning in Kalai and Lehrern(1993a, 1993b) t...
Consider a finite stage game G that is repeated infinitely often. At each time, the players have hyp...
A central question in game theory, learning, and other fields is how a rational intelligent agent sh...
Let us adopt the classical point of view that a theory of games is a description of "rational" behav...