We consider the convergence theory for dyadic approximation in the middle-third Cantor set, , for approximation functions of the form (). In particular, we show that for values of beyond a certain threshold we have that almost no point in is dyadically -well approximable with respect to the natural probability measure on . This refines a previous result in this direction obtained by the first, third, and fourth named authors
Let K denote the middle third Cantor set and . Given a real, positive function ψ let denote the set...
We compute the speed of convergence of the canonical Markov approximation of a chain with complete c...
In this note we combine the dyadic families introduced by M. Christ in (Colloq. Math. 60/61(2):601-6...
We consider the convergence theory for dyadic approximation in the middle-third Cantor set, , for ap...
We consider the convergence theory for dyadic approximation in the middlethird Cantor set, K, for ap...
In this paper, we study the metric theory of dyadic approximation in the middle-third Cantor set. Th...
Let C be the middle third Cantor set and μ be the log 2/log 3 -dimensional Hausdorff measure restric...
Abstract. It has been recently proved that analytic capacity, γ, is semiadditive. This result is a c...
The middle-third Cantor set is one of the most fundamental examples of self-similar fractal sets int...
The objective of my thesis is to find optimal points and the quantization error for a probability me...
The quantization scheme in probability theory deals with finding a best approximation of a given pro...
ABSTRACT. This breif note defines the idea of a “very fat ” Cantor set, and breifly exam-ines the me...
For a large class of dyadic homogeneous Cantor distributions in R, which are not necessarily self-si...
We consider badly approximable numbers in the case of dyadic diophantine approximation. For the unit...
ABSTRACT. In this paper results on Invariant approximations, extending and unifying earlier results ...
Let K denote the middle third Cantor set and . Given a real, positive function ψ let denote the set...
We compute the speed of convergence of the canonical Markov approximation of a chain with complete c...
In this note we combine the dyadic families introduced by M. Christ in (Colloq. Math. 60/61(2):601-6...
We consider the convergence theory for dyadic approximation in the middle-third Cantor set, , for ap...
We consider the convergence theory for dyadic approximation in the middlethird Cantor set, K, for ap...
In this paper, we study the metric theory of dyadic approximation in the middle-third Cantor set. Th...
Let C be the middle third Cantor set and μ be the log 2/log 3 -dimensional Hausdorff measure restric...
Abstract. It has been recently proved that analytic capacity, γ, is semiadditive. This result is a c...
The middle-third Cantor set is one of the most fundamental examples of self-similar fractal sets int...
The objective of my thesis is to find optimal points and the quantization error for a probability me...
The quantization scheme in probability theory deals with finding a best approximation of a given pro...
ABSTRACT. This breif note defines the idea of a “very fat ” Cantor set, and breifly exam-ines the me...
For a large class of dyadic homogeneous Cantor distributions in R, which are not necessarily self-si...
We consider badly approximable numbers in the case of dyadic diophantine approximation. For the unit...
ABSTRACT. In this paper results on Invariant approximations, extending and unifying earlier results ...
Let K denote the middle third Cantor set and . Given a real, positive function ψ let denote the set...
We compute the speed of convergence of the canonical Markov approximation of a chain with complete c...
In this note we combine the dyadic families introduced by M. Christ in (Colloq. Math. 60/61(2):601-6...