AbstractWe extend our previous work on interpolatory vector subdivision schemes to the multivariate case. As in the univariate case we show that the diagonal and off-diagonal elements of such a scheme have a significantly different structure and that under certain circumstances symmetry of the mask can increase the polynomial reproduction power of the subdivision scheme. Moreover, we briefly point out how tensor product constructions for vector subdivision schemes can be obtained
AbstractIn this paper, we study the ability of convergent subdivision schemes to reproduce polynomia...
In this paper we describe a general, computationally feasible strategy to deduce a family of interpo...
In this paper we exploit a class of univariate, C1 interpolating four-point subdivision schemes feat...
AbstractWe extend our previous work on interpolatory vector subdivision schemes to the multivariate ...
This article deals with general formulae of parametric and non parametric bivariate subdivision sche...
Abstract. Linear interpolatory subdivision schemes of Cr smoothness have approximation order at leas...
AbstractIn this extension of earlier work, we point out several ways how a multiresolution analysis ...
AbstractLinear interpolatory subdivision schemes of Cr smoothness have approximation order at least ...
none3noThis paper describes an algebraic construction of bivariate interpolatory subdivision masks i...
In this paper we present a general strategy to deduce a family of interpolatory masks from a symmetr...
AbstractNon-uniform multivariate subdivision schemes are constructed, which generate limit functions...
AbstractIn this paper we present a general strategy to deduce a family of interpolatory masks from a...
This article deals with univariate binary approximating subdivision schemes and their generalization...
We study scalar multivariate non-stationary subdivision schemes with a general integer dilation matr...
Abstract. We analyse the approximation and smoothness properties of fundamental and refinable functi...
AbstractIn this paper, we study the ability of convergent subdivision schemes to reproduce polynomia...
In this paper we describe a general, computationally feasible strategy to deduce a family of interpo...
In this paper we exploit a class of univariate, C1 interpolating four-point subdivision schemes feat...
AbstractWe extend our previous work on interpolatory vector subdivision schemes to the multivariate ...
This article deals with general formulae of parametric and non parametric bivariate subdivision sche...
Abstract. Linear interpolatory subdivision schemes of Cr smoothness have approximation order at leas...
AbstractIn this extension of earlier work, we point out several ways how a multiresolution analysis ...
AbstractLinear interpolatory subdivision schemes of Cr smoothness have approximation order at least ...
none3noThis paper describes an algebraic construction of bivariate interpolatory subdivision masks i...
In this paper we present a general strategy to deduce a family of interpolatory masks from a symmetr...
AbstractNon-uniform multivariate subdivision schemes are constructed, which generate limit functions...
AbstractIn this paper we present a general strategy to deduce a family of interpolatory masks from a...
This article deals with univariate binary approximating subdivision schemes and their generalization...
We study scalar multivariate non-stationary subdivision schemes with a general integer dilation matr...
Abstract. We analyse the approximation and smoothness properties of fundamental and refinable functi...
AbstractIn this paper, we study the ability of convergent subdivision schemes to reproduce polynomia...
In this paper we describe a general, computationally feasible strategy to deduce a family of interpo...
In this paper we exploit a class of univariate, C1 interpolating four-point subdivision schemes feat...