AbstractIn this paper, we introduce a class of Cantor sets, which can be put into a one-to-one correspondence with the continued fraction expansions of irrational numbers. By using the recursive relations of the continued fractions, we get the exact Hausdorff dimensions of the Cantor sets. As an example, we exhibit a sequence of sets whose Hausdorff dimensions are an elementary function of the Fibonacci number
A classical theorem in continued fractions due to Serret shows that for any two irrational numbers x...
AbstractIn a paper from 1954 Marstrand proved that if K⊂R2 has a Hausdorff dimension greater than 1,...
summary:It is well known that every $x\in (0,1]$ can be expanded to an infinite Lüroth series in the...
AbstractFor any formal Laurent series x=∑n=v∞cnz−n with coefficients cn lying in some given finite f...
AbstractIn this paper, we introduce a class of Cantor sets, which can be put into a one-to-one corre...
AbstractWe give a new method for finding the Hausdorff dimension of the sets En consisting of the re...
AbstractIn this paper we prove a theorem allowing us to determine the continued fraction expansion f...
The main aim of this paper is to develop extreme value theory for $\theta$-expansions. We get the li...
AbstractIn 2002, Hartono, Kraaikamp and Schweiger introduced the Engel continued fractions (ECF), wh...
AbstractFor an irrational number x and n⩾1, we denote by kn(x) the exact number of partial quotients...
AbstractIn this paper, we study partitions of positive integers into distinct quasifibonacci numbers...
AbstractRecently, A.I. Aptekarev and his collaborators found a sequence of rational approximations t...
AbstractGiven any infinite set B of positive integers b1<b2<⋯, let τ(B) denote the exponent of conve...
AbstractExtending the work of Burger et al., here we show that every quasi-periodic simple continued...
This paper contains constructions of some non-measurable sets, based on classical Vitali’s and Bern...
A classical theorem in continued fractions due to Serret shows that for any two irrational numbers x...
AbstractIn a paper from 1954 Marstrand proved that if K⊂R2 has a Hausdorff dimension greater than 1,...
summary:It is well known that every $x\in (0,1]$ can be expanded to an infinite Lüroth series in the...
AbstractFor any formal Laurent series x=∑n=v∞cnz−n with coefficients cn lying in some given finite f...
AbstractIn this paper, we introduce a class of Cantor sets, which can be put into a one-to-one corre...
AbstractWe give a new method for finding the Hausdorff dimension of the sets En consisting of the re...
AbstractIn this paper we prove a theorem allowing us to determine the continued fraction expansion f...
The main aim of this paper is to develop extreme value theory for $\theta$-expansions. We get the li...
AbstractIn 2002, Hartono, Kraaikamp and Schweiger introduced the Engel continued fractions (ECF), wh...
AbstractFor an irrational number x and n⩾1, we denote by kn(x) the exact number of partial quotients...
AbstractIn this paper, we study partitions of positive integers into distinct quasifibonacci numbers...
AbstractRecently, A.I. Aptekarev and his collaborators found a sequence of rational approximations t...
AbstractGiven any infinite set B of positive integers b1<b2<⋯, let τ(B) denote the exponent of conve...
AbstractExtending the work of Burger et al., here we show that every quasi-periodic simple continued...
This paper contains constructions of some non-measurable sets, based on classical Vitali’s and Bern...
A classical theorem in continued fractions due to Serret shows that for any two irrational numbers x...
AbstractIn a paper from 1954 Marstrand proved that if K⊂R2 has a Hausdorff dimension greater than 1,...
summary:It is well known that every $x\in (0,1]$ can be expanded to an infinite Lüroth series in the...