Some Asymptotic Results in Discounted Repeated Games of One-Sided Incomplete Information
Jonathan P. Thomas, Martin W. Cripps
Abstract
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Jonathan P. Thomas, Martin W. Cripps
Abstract
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Abstract: The paper analyzes the Nash equilibria of two-person dis-counted repeated games with one-sided incomplete information and known own payo®s. If the informed player is arbitrarily patient relative to the un-informed player, then the characterization for the informed player's payo®s is essentially the same as that in the undiscounted case. This implies that even small amounts of incomplete information can lead to a discontinuous change in the equilibrium payo ® set. For the case of equal discount factors, however, and under an assumption that strictly individually rational payo®s exist, a result akin to the Folk Theorem holds when a complete information game is perturbed by a small amount of incomplete information.
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Abstract: The paper analyzes the Nash equilibria of two-person dis-counted repeated games with one-sided incomplete information and known own payo®s. If the informed player is arbitrarily patient relative to the un-informed player, then the characterization for the informed player's payo®s is essentially the same as that in the undiscounted case. This implies that even small amounts of incomplete information can lead to a discontinuous change in the equilibrium payo ® set. For the case of equal discount factors, however, and under an assumption that strictly individually rational payo®s exist, a result akin to the Folk Theorem holds when a complete information game is perturbed by a small amount of incomplete information.
Key concepts: Complete information, Mathematical economics, Stochastic game, Folk theorem, Nash equilibrium, Repeated game, Discounting, Characterization (materials science)