arXiv Analytics

Sign in

arXiv:2304.08903 [math.DS]AbstractReferencesReviewsResources

Functional Limit Theorems for Dynamical Systems with Correlated Maximal Sets

Raquel Couto

Published 2023-04-18Version 1

In order to obtain functional limit theorems for heavy tailed stationary processes arising from dynamical systems, one needs to understand the clustering patterns of the tail observations of the process. These patterns are well described by means of a structure called the pilling process introduced recently in the context of dynamical systems. So far, the pilling process has been computed only for observable functions maximised at a single repelling fixed point. Here, we study richer clustering behaviours by considering correlated maximal sets, in the sense that the observable is maximised in multiple points belonging to the same orbit, and we work out explicit expressions for the pilling process when the dynamics is piecewise linear and expanding ($1$-dimensional and $2$-dimensional).

Related articles: Most relevant | Search more
arXiv:0804.1032 [math.DS] (Published 2008-04-07)
The compound Poisson distribution and return times in dynamical systems
arXiv:1006.3276 [math.DS] (Published 2010-06-16)
Extreme Value Laws in Dynamical Systems for Non-smooth Observations
arXiv:1306.4475 [math.DS] (Published 2013-06-19)
Entry and Return times distribution