2003
DOI: 10.4064/fm176-3-2
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Multifractal dimensions for invariant subsets of piecewise monotonic interval maps

Abstract: Abstract. The multifractal generalizations of Hausdorff dimension and packing dimension are investigated for an invariant subset A of a piecewise monotonic map on the interval. Formulae for the multifractal dimension of an ergodic invariant measure, the essential multifractal dimension of A, and the multifractal Hausdorff dimension of A are derived.

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Cited by 4 publications
(4 citation statements)
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“…Multifractal analysis of pointwise dimension was also considered in the countable Markov shift setting by Hanus et al [16] and Iommi [19]. For general piecewise continuous maps, analysis of this type was addressed in [18]. For multimodal maps, the multifractal analysis of pointwise dimension study began with the work of Todd [47].…”
Section: Introductionmentioning
confidence: 99%
“…Multifractal analysis of pointwise dimension was also considered in the countable Markov shift setting by Hanus et al [16] and Iommi [19]. For general piecewise continuous maps, analysis of this type was addressed in [18]. For multimodal maps, the multifractal analysis of pointwise dimension study began with the work of Todd [47].…”
Section: Introductionmentioning
confidence: 99%
“…It is easily seen that the measure H q,t µ assigns a dimension to each subset E of R d in the usual way [Ol1]: there exists a unique number dim The number dim q H,µ (E) is an obvious multifractal analogue of the Hausdorff dimension dim H (E) of E. In fact, it follows immediately from the definitions that dim H (E) = dim 0 H,µ (E). The reader is referred to [Da,HRS,Ol2] and the references therein for a detailed discussion of the applications of these measures in multifractal analysis.…”
Section: Olsenmentioning
confidence: 99%
“…In an attempt to develop a general theoretical framework for studying the multifractal structure of Borel probability measures, [Ol1], [Pes1] and [Pey] introduced two families of measures, {H q,t µ | q, t ∈ R} and {P q,t µ | q, t ∈ R}, based on certain generalizations of the Hausdorff measure and of the packing measure. The measures H q,t µ and P q,t µ have subsequently been investigated further by a large number of authors, including [Co,Da1,Da2,Da3,HRS,Ol2,Ol3,O'N1,O'N2,Sche].…”
Section: •2 Multifractal Hausdorff Measures and Multifractal Packinmentioning
confidence: 99%