AbstractWe investigate the connection between the dynamical Borel-Cantelli and waiting time results. We prove that if a system has the dynamical Borel-Cantelli property, then the time needed to enter for the first time in a sequence of small balls scales as the inverse of the measure of the balls. Conversely if we know the waiting time behavior of a system we can prove that certain sequences of decreasing balls satisfies the Borel-Cantelli property. This allows to obtain Borel-Cantelli like results in systems like axiom A and generic interval exchanges
The first chapter, devoted to random systems, we establish an abstract functional framework, includi...
In the context of predicting behaviour of chaotic systems, Schroer, Sauer, Ott and Yorke conjectured...
We establish quantitative results for the statistical behaviour of infinite systems. We consider two...
AbstractWe investigate the connection between the dynamical Borel-Cantelli and waiting time results....
We investigate the connection between the dynamical Borel-Cantelli and waiting time results. We prov...
20 pagesInternational audienceLet $(B_{i})$ be a sequence of measurable sets in a probability space ...
Abstract. Let (Bi) be a sequence of measurable sets in a probability space (X,B, µ) such that ∑∞n=1 ...
The classical Borel–Cantelli lemma is a beautiful discovery with wide applications in the mathematic...
Let (X k) be a strictly stationary sequence of random variables with values in some Polish space E a...
Abstract. Let (An)∞n=1 be a sequence of sets in a probability space (X,B, µ) such that P∞ n=1 µ(An) ...
We prove that if a system has superpolynomial (faster than any power law) decay of correlations then...
International audienceWe consider intermittent maps T of the interval, with an absolutely continuous...
International audienceWe study returns in dynamical systems: when a set of points, initially populat...
2013-05-24This dissertation explores return statistics to metric balls in measure preserving dynamic...
We study returns in dynamical systems: when a set of points, initially populating a prescribed regi...
The first chapter, devoted to random systems, we establish an abstract functional framework, includi...
In the context of predicting behaviour of chaotic systems, Schroer, Sauer, Ott and Yorke conjectured...
We establish quantitative results for the statistical behaviour of infinite systems. We consider two...
AbstractWe investigate the connection between the dynamical Borel-Cantelli and waiting time results....
We investigate the connection between the dynamical Borel-Cantelli and waiting time results. We prov...
20 pagesInternational audienceLet $(B_{i})$ be a sequence of measurable sets in a probability space ...
Abstract. Let (Bi) be a sequence of measurable sets in a probability space (X,B, µ) such that ∑∞n=1 ...
The classical Borel–Cantelli lemma is a beautiful discovery with wide applications in the mathematic...
Let (X k) be a strictly stationary sequence of random variables with values in some Polish space E a...
Abstract. Let (An)∞n=1 be a sequence of sets in a probability space (X,B, µ) such that P∞ n=1 µ(An) ...
We prove that if a system has superpolynomial (faster than any power law) decay of correlations then...
International audienceWe consider intermittent maps T of the interval, with an absolutely continuous...
International audienceWe study returns in dynamical systems: when a set of points, initially populat...
2013-05-24This dissertation explores return statistics to metric balls in measure preserving dynamic...
We study returns in dynamical systems: when a set of points, initially populating a prescribed regi...
The first chapter, devoted to random systems, we establish an abstract functional framework, includi...
In the context of predicting behaviour of chaotic systems, Schroer, Sauer, Ott and Yorke conjectured...
We establish quantitative results for the statistical behaviour of infinite systems. We consider two...