Technical Note—Advertising Models, Stochastic Games and Myopic Strategies

Stochastic Games and Stationary Strategies

Monomial Strategies for Concurrent Reachability Games and Other Stochastic Games

We consider two-player zero-sum finite (but infinite-horizon) stochastic games with limiting average payoffs. We define a family of stationary strategies for Player I parameterized by ε > 0 to be monomial, if for each state k and each action j of Player I in state k except possibly one action, we have that the probability of playing j in k is given by an expression of the form cε for some non-n...

Pure Strategies in Imperfect Information Stochastic Games

We consider imperfect information stochastic games where we require the players to use pure (i.e. non randomised) strategies. We consider reachability, safety, Büchi and coBüchi objectives, and investigate the existence of almost-sure/positively winning strategies for the first player when the second player is perfectly informed or more informed than the first player. We obtain decidability res...

Pathwise strategies for stochastic differential games

We introduce a new notion of pathwise strategies for stochastic differential games. This allows us to give a correct meaning to some statement asserted in [2].

Pathwise strategies for stochastic differential games with an erratum to ''Stochastic Differential Games with Asymmetric Information''

We introduce a new notion of pathwise strategies for stochastic differential games. This allows us to give a correct meaning to some statement asserted in [2].