summary:In signal and image processing as well as in numerical solution of differential equations, wavelets with short support and with vanishing moments are important because they have good approximation properties and enable fast algorithms. A B-spline of order $m$ is a spline function that has minimal support among all compactly supported refinable functions with respect to a given smoothness. And recently, B. Han and Z. Shen constructed Riesz wavelet bases of $L_2(\mathbb{R})$ with $m$ vanishing moments based on B-spline of order $m$. In our contribution, we present an adaptation of their quadratic spline-wavelets to the interval $[0,1]$ which preserves vanishing moments
AbstractThis paper is concerned with the construction of biorthogonal multiresolution analyses on [0...
summary:In our contribution, we study different Riesz wavelet bases in Sobolev spaces based on cubic...
Use of the compactly supported B-spline wavelet of Chui and Wang is hindered by loss of accuracy on ...
summary:In signal and image processing as well as in numerical solution of differential equations, w...
summary:In signal and image processing as well as in numerical solution of differential equations, w...
The use of multiresolution techniques and wavelets has become increa-singly popular in the developme...
The paper is concerned with the construction of wavelet bases on the interval derived from B-splines...
In this paper, we construct a new quadratic spline-wavelet basis on the interval and on the unit squ...
summary:To use wavelets efficiently to solve numerically partial differential equations in higher di...
Based on the family of biorthogonal pairs of scaling functions consisting of cardinal B-splines and...
In this paper, we construct a new quadratic spline-wavelet basis on the interval and on the unit squ...
summary:To use wavelets efficiently to solve numerically partial differential equations in higher di...
summary:To use wavelets efficiently to solve numerically partial differential equations in higher di...
This paper is concerned with the construction of biorthogonal multiresolution analyses on [0, 1] suc...
Use of the compactly supported B-spline wavelet of Chui and Wang is hindered by loss of accuracy on ...
AbstractThis paper is concerned with the construction of biorthogonal multiresolution analyses on [0...
summary:In our contribution, we study different Riesz wavelet bases in Sobolev spaces based on cubic...
Use of the compactly supported B-spline wavelet of Chui and Wang is hindered by loss of accuracy on ...
summary:In signal and image processing as well as in numerical solution of differential equations, w...
summary:In signal and image processing as well as in numerical solution of differential equations, w...
The use of multiresolution techniques and wavelets has become increa-singly popular in the developme...
The paper is concerned with the construction of wavelet bases on the interval derived from B-splines...
In this paper, we construct a new quadratic spline-wavelet basis on the interval and on the unit squ...
summary:To use wavelets efficiently to solve numerically partial differential equations in higher di...
Based on the family of biorthogonal pairs of scaling functions consisting of cardinal B-splines and...
In this paper, we construct a new quadratic spline-wavelet basis on the interval and on the unit squ...
summary:To use wavelets efficiently to solve numerically partial differential equations in higher di...
summary:To use wavelets efficiently to solve numerically partial differential equations in higher di...
This paper is concerned with the construction of biorthogonal multiresolution analyses on [0, 1] suc...
Use of the compactly supported B-spline wavelet of Chui and Wang is hindered by loss of accuracy on ...
AbstractThis paper is concerned with the construction of biorthogonal multiresolution analyses on [0...
summary:In our contribution, we study different Riesz wavelet bases in Sobolev spaces based on cubic...
Use of the compactly supported B-spline wavelet of Chui and Wang is hindered by loss of accuracy on ...