We derive new formulas for harmonic, diffraction, elastic, and hydrodynamic potentials acting on anisotropic Gaussians and approximate wavelets. These formulas can be used to construct accurate cubature formulas for these potentials
The paper is devoted to the efficient computation of high-order cubature formulas for volume potenti...
Im Mittelpunkt der Fehleranalyse der vorgestellten Kubaturformeln stehen Funktionenräume, sogenannte...
AbstractIt is well known that nonlinear approximation has an advantage over linear schemes in the se...
We derive new formulas for harmonic, diffraction, elastic, and hydrodynamic potentials acting on ani...
We derive new formulas for harmonic, diffraction, elastic, and hydrodynamic potentials acting on ani...
The paper discusses new cubature formulas for classical integral operators of mathematical physics b...
The paper discusses new cubature formulas for classical integral operators of mathematical physics b...
We propose fast cubature formulas for the elastic and hydrodynamic potentials based on the approxima...
We propose fast cubature formulas for the elastic and hydrodynamic potentials based on the approxima...
The paper studies an approximate multiresolution analysis for spaces generated by smooth functions w...
We propose fast cubature formulas for the elastic and hydrodynamic potentials based on the approxima...
Some new approximation methods are described for harmonic functions corresponding to boundary values...
This paper gives a survey of an approximation method which was proposed by V. Maz'ya as underlying p...
The paper studies an approximate multiresolution analysis for spaces generated by smooth functions w...
Im Mittelpunkt der Fehleranalyse der vorgestellten Kubaturformeln stehen Funktionenräume, sogenannte...
The paper is devoted to the efficient computation of high-order cubature formulas for volume potenti...
Im Mittelpunkt der Fehleranalyse der vorgestellten Kubaturformeln stehen Funktionenräume, sogenannte...
AbstractIt is well known that nonlinear approximation has an advantage over linear schemes in the se...
We derive new formulas for harmonic, diffraction, elastic, and hydrodynamic potentials acting on ani...
We derive new formulas for harmonic, diffraction, elastic, and hydrodynamic potentials acting on ani...
The paper discusses new cubature formulas for classical integral operators of mathematical physics b...
The paper discusses new cubature formulas for classical integral operators of mathematical physics b...
We propose fast cubature formulas for the elastic and hydrodynamic potentials based on the approxima...
We propose fast cubature formulas for the elastic and hydrodynamic potentials based on the approxima...
The paper studies an approximate multiresolution analysis for spaces generated by smooth functions w...
We propose fast cubature formulas for the elastic and hydrodynamic potentials based on the approxima...
Some new approximation methods are described for harmonic functions corresponding to boundary values...
This paper gives a survey of an approximation method which was proposed by V. Maz'ya as underlying p...
The paper studies an approximate multiresolution analysis for spaces generated by smooth functions w...
Im Mittelpunkt der Fehleranalyse der vorgestellten Kubaturformeln stehen Funktionenräume, sogenannte...
The paper is devoted to the efficient computation of high-order cubature formulas for volume potenti...
Im Mittelpunkt der Fehleranalyse der vorgestellten Kubaturformeln stehen Funktionenräume, sogenannte...
AbstractIt is well known that nonlinear approximation has an advantage over linear schemes in the se...
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