This paper considers the repetition of a finite two person game when each player knows an upper bound on the length of the game, but assigns a positive probability to his opponent overestimating the length of the game. It is shown that with sufficiently little discounting, any payoff vector that strictly Pareto dominates that of a Nash equilibrium of the constituent game can be sustained in a Perfect Bayesian Equilibrium if the number of periods remaining is sufficiently large.
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Paper provided by Toulouse - GREMAQ in its series Papers with number
97.483.