AbstractWe define the notion of quasi self-similar measures and show that for such measures their generalised Hausdorff and packing measures are positive and finite at the critical exponent. In practice this allows easy calculation of their dimension functions. We then show that a coarse form of the multifractal formalism automatically holds for quasi self-similar measures. Examples of quasi self-similar measures include many of the standard constructions of multifractal measures satisfying a strong separation condition, in particular, self-similar measures
Various tools can be used to calculate or estimate the dimension of measures. Using a probabilistic ...
Let S-i : R-d --> R-d for i = 1,..., n be contracting similarities, and let (P-1, P-n) be a proba...
AbstractWe have given several necessary and sufficient conditions for statistically self-similar set...
AbstractWe define the notion of quasi self-similar measures and show that for such measures their ge...
AbstractFor any self-similar measure μ on Rd satisfying the weak separation condition, we show that ...
AbstractA self-conformal measure is a measure invariant under a set of conformal mappings. In this p...
Abstract. For any self-similar measure µ on Rd satisfying the weak separation condition, we show tha...
Abstract. This thesis consists of two independent parts. Part I serves as an introduction to multifr...
The thesis consists of four main chapters. The first chapter includes an introduction to inhomogeneo...
AbstractIn a previous paper the authors introduced the inverse measure μ†of a probability measure μ ...
Journal PaperTo characterize the geometry of a measure, its so-called generalized dimensions D(<i>q<...
AbstractThe self-similar vector-valued measure is a vector analogue of the self-similar measure. In ...
AbstractTo characterize the geometry of a measure, its generalized dimensions dq have been introduce...
A contractive similarity is a function which preserves the geometry of a object but shrinks it down ...
M. Das proved that the relative multifractal measures are mutually singular for the self-similar mea...
Various tools can be used to calculate or estimate the dimension of measures. Using a probabilistic ...
Let S-i : R-d --> R-d for i = 1,..., n be contracting similarities, and let (P-1, P-n) be a proba...
AbstractWe have given several necessary and sufficient conditions for statistically self-similar set...
AbstractWe define the notion of quasi self-similar measures and show that for such measures their ge...
AbstractFor any self-similar measure μ on Rd satisfying the weak separation condition, we show that ...
AbstractA self-conformal measure is a measure invariant under a set of conformal mappings. In this p...
Abstract. For any self-similar measure µ on Rd satisfying the weak separation condition, we show tha...
Abstract. This thesis consists of two independent parts. Part I serves as an introduction to multifr...
The thesis consists of four main chapters. The first chapter includes an introduction to inhomogeneo...
AbstractIn a previous paper the authors introduced the inverse measure μ†of a probability measure μ ...
Journal PaperTo characterize the geometry of a measure, its so-called generalized dimensions D(<i>q<...
AbstractThe self-similar vector-valued measure is a vector analogue of the self-similar measure. In ...
AbstractTo characterize the geometry of a measure, its generalized dimensions dq have been introduce...
A contractive similarity is a function which preserves the geometry of a object but shrinks it down ...
M. Das proved that the relative multifractal measures are mutually singular for the self-similar mea...
Various tools can be used to calculate or estimate the dimension of measures. Using a probabilistic ...
Let S-i : R-d --> R-d for i = 1,..., n be contracting similarities, and let (P-1, P-n) be a proba...
AbstractWe have given several necessary and sufficient conditions for statistically self-similar set...