Topological and measure properties of some self-similar sets

preprint2014arXivOpen access

Abstract

Given a finite subset Σ⊂RΣ\subset\mathbb{R} and a positive real number q<1q<1 we study topological and measure-theoretic properties of the self-similar set K(Σ;q)={∑n=0∞anqn:(an)n∈ω∈Σω}K(Σ;q)=\big\{\sum_{n=0}^\infty a_nq^n:(a_n)_{n\inω}\inΣ^ω\big\}, which is the unique compact solution of the equation K=Σ+qKK=Σ+qK. The obtained results are applied to studying partial sumsets E(x)={∑n=0∞xnεn:(εn)n∈ω∈{0,1}ω}E(x)=\big\{\sum_{n=0}^\infty x_n\varepsilon_n:(\varepsilon_n)_{n\inω}\in\{0,1\}^ω\big\} of some (multigeometric) sequences x=(xn)n∈ωx=(x_n)_{n\inω}.

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