An ergodic theorem of a parabolic Anderson model driven by Lévy noise

Abstract

In this paper, we study an ergodic theorem of a parabolic Andersen model driven by Lévy noise. Under the assumption that A={(a(i,j))}_{i,j\in S} is symmetric with respect to a σ-finite measure π, we obtain the long-time convergence to an invariant probability measure ν_h starting from a bounded nonnegative A-harmonic function h based on self-duality property. Furthermore, under some mild conditions, we obtain the one to one correspondence between the bounded nonnegative A-harmonic functions and the extremal invariant probability measures with finite second moment of the nonnegative solution of the parabolic Anderson model driven by Lévy noise, which is an extension of the result of Y. Liu and F. X. Yang.

Keywords

Parabolic Anderson model / ergodic theorem / invariant measure / Lévy noise / self-duality

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