ZERO-ONE LAW OF HAUSDORFF DIMENSIONS OF THE RECURRENT SETS

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초록

Let (Sigma, sigma) be the one-sided shift space with m symbols and R-n(x) be the first return time of x is an element of Sigma to the n-th cylinder containing x. Denote E-alpha, beta(phi) - {x is an element of Sigma : lim(n ->infinity) inf log R-n(x)/phi(n) - alpha, lim(n ->infinity) sup log R-n(x)/phi(n) - beta}, where phi : N -> R+ is a monotonically increasing function and 0 <= alpha <= beta <=+infinity. We show that the Hausdorff dimension of the set E-alpha, beta(phi) admits a dichotomy: it is either zero or one depending on phi, alpha and beta.

키워드

First return timeHausdorff dimensionrecurrencezero-one lawsymbolic dynamicsFRACTION DYNAMICAL-SYSTEMPOINCARE RECURRENCEMULTIFRACTAL SPECTRADIVERGENCE POINTSRATESTIME
제목
ZERO-ONE LAW OF HAUSDORFF DIMENSIONS OF THE RECURRENT SETS
저자
Kim, Dong HanLi, Bing
DOI
10.3934/dcds.2016041
발행일
2016-10
유형
Article
저널명
Discrete and Continuous Dynamical Systems
36
10
페이지
5477 ~ 5492