Ergodic Properties of weak Asymptotic Pseudotrajectories for Set-valued Dynamical Systems

Mathieu Faure (1) , Gregory Roth (1)

1 UNINE - Institut de Mathématiques

A successful method to describe the asymptotic behavior of various deterministic and stochastic processes such as asymptotically autonomous differential equations or stochastic approximation processes is to relate it to an appropriately chosen limit semiflow. Benaïm and Schreiber (2000) define a general class of such stochastic processes, which they call weak asymptotic pseudotrajectories and study their ergodic behavior. In particular, they prove that the weak* limit points of the empirical measures associated to such processes are almost surely invariant for the associated deterministic semiflow. Benaïm, Hofbauer and Sorin (2005) generalised this approach to set-valued dynamical systems. We pursue the analogy by extending to these settings the ergodic properties of weak asymptotic pseudotrajectories.

Domaines: Systèmes dynamiques [math.DS]; Probabilités [math.PR]

Mathieu Faure, Gregory Roth. Ergodic Properties of weak Asymptotic Pseudotrajectories for Set-valued Dynamical Systems. 2011. ⟨hal-00555214⟩