Hölder exponents and fractal structure of level sets of self-affine functions associated with the $Q_s$-representation of numbers

Fuente: arXiv
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Hauptverfasser: Yelahin, Volodymyr, Moroz, Mykola
Format: Preprint
Veröffentlicht: 2026
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author Yelahin, Volodymyr
Moroz, Mykola
author_facet Yelahin, Volodymyr
Moroz, Mykola
contents We investigate a class of locally complicated self-affine functions defined via the $Q_s$-representation of real numbers. In particular, we compute local Hölder exponents at points with given asymptotic frequencies of digits in their $Q_s$-representation. Furthermore, we establish conditions under which these functions possess continuum level sets. Finally, for self-affine functions satisfying additional conditions, we describe the geometric structure of the set of maximum points and show that this set can be fractal.
format Preprint
id arxiv_https___arxiv_org_abs_2603_24411
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Hölder exponents and fractal structure of level sets of self-affine functions associated with the $Q_s$-representation of numbers
Yelahin, Volodymyr
Moroz, Mykola
Classical Analysis and ODEs
Primary 28A80, Secondary 26A16, 26A27, 11K55
We investigate a class of locally complicated self-affine functions defined via the $Q_s$-representation of real numbers. In particular, we compute local Hölder exponents at points with given asymptotic frequencies of digits in their $Q_s$-representation. Furthermore, we establish conditions under which these functions possess continuum level sets. Finally, for self-affine functions satisfying additional conditions, we describe the geometric structure of the set of maximum points and show that this set can be fractal.
title Hölder exponents and fractal structure of level sets of self-affine functions associated with the $Q_s$-representation of numbers
topic Classical Analysis and ODEs
Primary 28A80, Secondary 26A16, 26A27, 11K55
url https://arxiv.org/abs/2603.24411