AbstractThe dimension theory of self-similar sets is quite well understood in the cases when some separation conditions (open set condition or weak separation condition) or the so-called transversality condition hold. Otherwise the study of the Hausdorff dimension is far from well understood. We investigate the properties of the Hausdorff dimension of self-similar sets such that some functions in the corresponding iterated function system share the same fixed point. Then it is not possible to apply directly known techniques. In this paper we are going to calculate the Hausdorff dimension for almost all contracting parameters and calculate the proper dimensional Hausdorff measure of the attractor
AbstractLet K be a self-similar set in Rn which has similarity dimension n and nonempty interior. In...
Let β>1. We define a class of similitudes S:=(fi(x)=xβni+ai:ni∈N+,ai∈R). Taking any finite collectio...
Let β>1. We define a class of similitudes S:=(fi(x)=xβni+ai:ni∈N+,ai∈R). Taking any finite collectio...
AbstractThe dimension theory of self-similar sets is quite well understood in the cases when some se...
In this paper, we investigate the Hausdorff dimension of the invariant measures of the iterated func...
Let d ≥ 1 be an integer and E a self-similar fractal set, which is the attractor of a uniform ...
AbstractIn this note we consider a family of self-similar iterated function system on the line with ...
For a self-similar set in Rd that is the attractor of an iterated function system that does not veri...
BB was supported by the grants OTKA PD123970 and the János Bolyai Research Scholarship of the Hungar...
We introduce a finite boundary type condition on iterated function systems of contractive similitude...
We determine the Hausdorff, the packing and the box-counting dimensions of a family of self-affine s...
AbstractWe study iterated function systems (IFSs) of contractive similitudes on Rd with overlaps. We...
A contractive similarity is a function which preserves the geometry of a object but shrinks it down ...
Let K ⊆ R be the unique attractor of an iterated function system. We consider the case where K is an...
We introduce methods to cope with self-similar sets when we do not assume any separation condition. ...
AbstractLet K be a self-similar set in Rn which has similarity dimension n and nonempty interior. In...
Let β>1. We define a class of similitudes S:=(fi(x)=xβni+ai:ni∈N+,ai∈R). Taking any finite collectio...
Let β>1. We define a class of similitudes S:=(fi(x)=xβni+ai:ni∈N+,ai∈R). Taking any finite collectio...
AbstractThe dimension theory of self-similar sets is quite well understood in the cases when some se...
In this paper, we investigate the Hausdorff dimension of the invariant measures of the iterated func...
Let d ≥ 1 be an integer and E a self-similar fractal set, which is the attractor of a uniform ...
AbstractIn this note we consider a family of self-similar iterated function system on the line with ...
For a self-similar set in Rd that is the attractor of an iterated function system that does not veri...
BB was supported by the grants OTKA PD123970 and the János Bolyai Research Scholarship of the Hungar...
We introduce a finite boundary type condition on iterated function systems of contractive similitude...
We determine the Hausdorff, the packing and the box-counting dimensions of a family of self-affine s...
AbstractWe study iterated function systems (IFSs) of contractive similitudes on Rd with overlaps. We...
A contractive similarity is a function which preserves the geometry of a object but shrinks it down ...
Let K ⊆ R be the unique attractor of an iterated function system. We consider the case where K is an...
We introduce methods to cope with self-similar sets when we do not assume any separation condition. ...
AbstractLet K be a self-similar set in Rn which has similarity dimension n and nonempty interior. In...
Let β>1. We define a class of similitudes S:=(fi(x)=xβni+ai:ni∈N+,ai∈R). Taking any finite collectio...
Let β>1. We define a class of similitudes S:=(fi(x)=xβni+ai:ni∈N+,ai∈R). Taking any finite collectio...