In this paper, we present a new approach based on Coifman wavelets to find approximate values of definite integrals. This approach overcomes both CAS and Haar wavelets and hybrid functions in terms of absolute errors. The algorithm based on Coifman wavelets can be easily extended to find numerical approximations for double and triple integrals. Illustrative examples implemented using Matlab show the efficiency and effectiveness of this new method
This paper presents a new computational method for solving Abel integral equation (both first kind a...
AbstractIn this paper, numerical solutions of singular initial value problems are obtained by the Ha...
Abstract. A numerical method for solving nonlinear Fredholm integral equations, based on the Haar wa...
AbstractA quadrature rule based on uniform Haar wavelets and hybrid functions is proposed to find ap...
In this work, we present a computational method for solving double and triple integrals with variabl...
AbstractIn this paper Haar wavelets and hybrid functions have been applied for numerical solution of...
In recent years, wavelets have found their way into many different fields of science and engineerin...
In the present work, a new direct computational method for solving definite integrals based on Haar ...
In the previous research, a direct computational method based on linear Legendre multi-wavelets has ...
An efficient algorithm based on the Haar wavelet approach for numerical solution of linear integral ...
Cosine and Sine (CAS) wavelet collocation method for the numerical solution of Volterra, Fredholm in...
The numerical solution of partial differential equations involves the computation of integrals of pr...
Application of the wavelet-weighted Gaussian quadrature formula to the singular and nearly singular ...
The current study proposes a numerical method which solves nonlinear Fredholm and Volterra integral ...
In this paper, numerical solutions of singular initial value problems are obtained by the Haar wavel...
This paper presents a new computational method for solving Abel integral equation (both first kind a...
AbstractIn this paper, numerical solutions of singular initial value problems are obtained by the Ha...
Abstract. A numerical method for solving nonlinear Fredholm integral equations, based on the Haar wa...
AbstractA quadrature rule based on uniform Haar wavelets and hybrid functions is proposed to find ap...
In this work, we present a computational method for solving double and triple integrals with variabl...
AbstractIn this paper Haar wavelets and hybrid functions have been applied for numerical solution of...
In recent years, wavelets have found their way into many different fields of science and engineerin...
In the present work, a new direct computational method for solving definite integrals based on Haar ...
In the previous research, a direct computational method based on linear Legendre multi-wavelets has ...
An efficient algorithm based on the Haar wavelet approach for numerical solution of linear integral ...
Cosine and Sine (CAS) wavelet collocation method for the numerical solution of Volterra, Fredholm in...
The numerical solution of partial differential equations involves the computation of integrals of pr...
Application of the wavelet-weighted Gaussian quadrature formula to the singular and nearly singular ...
The current study proposes a numerical method which solves nonlinear Fredholm and Volterra integral ...
In this paper, numerical solutions of singular initial value problems are obtained by the Haar wavel...
This paper presents a new computational method for solving Abel integral equation (both first kind a...
AbstractIn this paper, numerical solutions of singular initial value problems are obtained by the Ha...
Abstract. A numerical method for solving nonlinear Fredholm integral equations, based on the Haar wa...