Abstract. We give a review of applications of spline wavelets in the resolution of partial differential equations. Two typical methods for numerical solutions of partial dif-ferential equations are Galerkin method and collocation method. Corresponding to these two methods, we present the constructions of semi-orthogonal spline wavelets and semi-interpolation spline wavelets respectively. We also show how to use them in the numerical resolution of various partial differential equations.
. The relative merits of the wavelet-Galerkin solution of hyperbolic partial differential equations,...
In this paper, Semi-orthogonal B-spline scaling functions and wavelets and their dual functions are ...
Wavelet function generates significant interest from both theoretical and applied research given in ...
Abstract. The Galerkin method is one of the most used methods for finding numerical solutions of ord...
AbstractWe describe a wavelet collocation method for the numerical solution of partial differential ...
The Galerkin method is one of the most used methods for finding numerical solutions of ordinary and ...
The use of multiresolution techniques and wavelets has become increa-singly popular in the developme...
The Galerkin method is one of the most used methods for finding numerical solutions of ordinary and ...
Most of the physical problems including sound waves in a viscous medium, waves in fluid filled visco...
An adaptive numerical method for solving partial differential equations is devel-oped. The method is...
Bivariate splines with various degrees are considered in this paper. A matrix form of the extended s...
In this paper we investigate spline wavelets on the interval with homo-geneous boundary conditions. ...
AbstractWe present a new numerical method for the solution of partial differential equations in nons...
In recent years wavelets are given much attention in many branches of science and technology due to ...
This paper, discusses spaces of polynomial and nonpolynomial splines suitable for solving the Hermit...
. The relative merits of the wavelet-Galerkin solution of hyperbolic partial differential equations,...
In this paper, Semi-orthogonal B-spline scaling functions and wavelets and their dual functions are ...
Wavelet function generates significant interest from both theoretical and applied research given in ...
Abstract. The Galerkin method is one of the most used methods for finding numerical solutions of ord...
AbstractWe describe a wavelet collocation method for the numerical solution of partial differential ...
The Galerkin method is one of the most used methods for finding numerical solutions of ordinary and ...
The use of multiresolution techniques and wavelets has become increa-singly popular in the developme...
The Galerkin method is one of the most used methods for finding numerical solutions of ordinary and ...
Most of the physical problems including sound waves in a viscous medium, waves in fluid filled visco...
An adaptive numerical method for solving partial differential equations is devel-oped. The method is...
Bivariate splines with various degrees are considered in this paper. A matrix form of the extended s...
In this paper we investigate spline wavelets on the interval with homo-geneous boundary conditions. ...
AbstractWe present a new numerical method for the solution of partial differential equations in nons...
In recent years wavelets are given much attention in many branches of science and technology due to ...
This paper, discusses spaces of polynomial and nonpolynomial splines suitable for solving the Hermit...
. The relative merits of the wavelet-Galerkin solution of hyperbolic partial differential equations,...
In this paper, Semi-orthogonal B-spline scaling functions and wavelets and their dual functions are ...
Wavelet function generates significant interest from both theoretical and applied research given in ...