On ergodic properties of some Levy-type processes

preprint2022arXivOpen access

Abstract

In this note we prove some sufficient conditions for ergodicity of a Levy-type process, such that on the test functions the generator of the respective semigroup is of the form Lf(x)=a(x)f′(x)+∫R(f(x+u)−f(x)−∇f(x)⋅uI∣u∣≤1)ν(x,du),f∈C∞2(R). Lf(x) = a(x)f'(x) + \int_{\mathbb{R}}{ \left( f(x+u)-f(x)- \nabla f(x)\cdot u \mathbb{I}_{|u|\leq 1} \right) ν(x,du)}, \quad f\in C_{\infty}^{2}(\mathbb{R}). Here ν(x,du)ν(x,du) is a Levy-type kernel and a(⋅):R→Ra(\cdot): \mathbb{R}\to \mathbb{R}. We consider the case when the tails are of polynomial decay as well as the case when the decay is (sub)-exponential. For the proof the Foster-Lyapunov approach is used.

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