Limit theorems for additive functionals of a Markov chain
arXiv:0809.0177 · doi:10.1214/09-AAP610
Abstract
Consider a Markov chain with an ergodic probability measure . Let a function on the state space of the chain, with -tails with respect to , . We find sufficient conditions on the probability transition to prove convergence in law of to a -stable law. ``Martingale approximation'' approach and ``coupling'' approach give two different sets of conditions. We extend these results to continuous time Markov jump processes , whose skeleton chain satisfies our assumptions. If waiting time between jumps has finite expectation, we prove convergence of to a stable process. In the case of waiting times with infinite average, we prove convergence to a Mittag-Leffler process.
Accepted for the publication in Annals of Applied Probability
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