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Perfect Information Stochastic Priority Games
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Perfect Information Stochastic Priority Games
Hugo Gimbert1 and Wiesław Zielonka2 
| (1) |
LIX, École Polytechnique, Palaiseau, France |
| (2) |
LIAFA, Université Paris 7 and CNRS, Paris, France |
Abstract
We introduce stochastic priority games — a new class of perfect information stochastic games. These games can take two different,
but equivalent, forms. In stopping priority games a play can be stopped by the environment after a finite number of stages,
however, infinite plays are also possible. In discounted priority games only infinite plays are possible and the payoff is
a linear combination of the classical discount payoff and of a limit payoff evaluating the performance at infinity. Shapley
games [1] and parity games [2] are special extreme cases of priority games.
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