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
Journal PaperTo characterize the geometry of a measure, its so-called generalized dimensions D(<i>q<...
AbstractTo characterize the geometry of a measure, its generalized dimensions dq have been introduce...
Let S-i : R-d -> R-d for i = 1,...,N be contracting similarities. Also, let (P-1, - - -, P-N, P) ...
AbstractWe define the notion of quasi self-similar measures and show that for such measures their ge...
M. Das proved that the relative multifractal measures are mutually singular for the self-similar mea...
We prove that non-uniform self-similar measures have a multifractal spectrum in a parameter domain w...
AbstractClassical multifractal analysis studies the local scaling behaviour of a single measure. How...
Self-similar measures form a fundamental class of fractal measures, and is much less understood if t...
Self-similar measures form a fundamental class of fractal measures, and is much less understood if t...
Self-similar measures form a fundamental class of fractal measures, and is much less understood if t...
The purpose of this dissertation is to introduce a natural and unifying multifractal formalism which...
AbstractThe self-similar vector-valued measure is a vector analogue of the self-similar measure. In ...
Abstract. For any self-similar measure µ on Rd satisfying the weak separation condition, we show tha...
Classical multifractal analysis studies the local scaling behaviour of a single measure. However, re...
Classical multifractal analysis studies the local scaling behaviour of a single measure. However, re...
Journal PaperTo characterize the geometry of a measure, its so-called generalized dimensions D(<i>q<...
AbstractTo characterize the geometry of a measure, its generalized dimensions dq have been introduce...
Let S-i : R-d -> R-d for i = 1,...,N be contracting similarities. Also, let (P-1, - - -, P-N, P) ...
AbstractWe define the notion of quasi self-similar measures and show that for such measures their ge...
M. Das proved that the relative multifractal measures are mutually singular for the self-similar mea...
We prove that non-uniform self-similar measures have a multifractal spectrum in a parameter domain w...
AbstractClassical multifractal analysis studies the local scaling behaviour of a single measure. How...
Self-similar measures form a fundamental class of fractal measures, and is much less understood if t...
Self-similar measures form a fundamental class of fractal measures, and is much less understood if t...
Self-similar measures form a fundamental class of fractal measures, and is much less understood if t...
The purpose of this dissertation is to introduce a natural and unifying multifractal formalism which...
AbstractThe self-similar vector-valued measure is a vector analogue of the self-similar measure. In ...
Abstract. For any self-similar measure µ on Rd satisfying the weak separation condition, we show tha...
Classical multifractal analysis studies the local scaling behaviour of a single measure. However, re...
Classical multifractal analysis studies the local scaling behaviour of a single measure. However, re...
Journal PaperTo characterize the geometry of a measure, its so-called generalized dimensions D(<i>q<...
AbstractTo characterize the geometry of a measure, its generalized dimensions dq have been introduce...
Let S-i : R-d -> R-d for i = 1,...,N be contracting similarities. Also, let (P-1, - - -, P-N, P) ...