Título: Stability Properties of Constrained Jump-Diffusion Processes
Autores: Atar, Rami; Technion - Israel Institute of Technology
Budhiraja, Amarjit; University of North Carolina
Fecha: 2002-01-01
Publicador: Electronic journal of probability
Fuente:
Tipo: Peer-reviewed Article

Tema: Mathematics
Jump diffusion processes. The Skorohod map. Stability cone. Harris recurrence.
60J60 60J75 (34D20, 60K25)
Descripción: We consider a class of jump-diffusion processes, constrained to a polyhedral cone $G\subset\mathbb{R}^n$, where the constraint vector field is constant on each face of the boundary. The constraining mechanism corrects for ``attempts'' of the process to jump outside the domain. Under Lipschitz continuity of the Skorohod map $\Gamma$, it is known that there is a cone ${\cal C}$ such that the image $\Gamma\phi$ of a deterministic linear trajectory $\phi$ remains bounded if and only if $\dot\phi\in{\cal C}$. Denoting the generator of a corresponding unconstrained jump-diffusion by $\cal L$, we show that a key condition for the process to admit an invariant probability measure is that for $x\in G$, ${\cal L}\,{\rm id}(x)$ belongs to a compact subset of ${\cal C}^o$.
Idioma: Inglés

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