Add to ORKGIn this paper, we will obtain an efficient computable upper bound for approximate solution of linear Fredholm integral equations obtained by Adomian decomposition method. Numerical examples are presented to show the effectiveness of the upper bounds
In this paper the authors propose numerical methods to approximate the solutions of systems of secon...
The authors study the conditioning of linear systems arising from the numerical solution of Fredholm...
The authors study the conditioning of linear systems arising from the numerical solution of Fredholm...
New expressions for computable error bounds are derived for Nyström method approximate solutions of ...
The aim of this paper is to comparison between Newton’s Method and Adomian decomposition method (A.D...
We present the theory underlying and computational implementation of analytical predictions of error...
Approximation of solutions of integral equations by networks with kernel units is investigated theor...
A method is given for approximately solving linear Fredholm integral equations of the second klnd w...
AbstractThe main purpose of this article is to demonstrate the use of the Adomian decomposition meth...
AbstractIn this paper the authors propose numerical methods to approximate the solutions of systems ...
In this paper, we will be find exact solution of Fredholm Integral equation of the second kind throu...
A modified approach to obtain approximate numerical solutions of Fredholin integral equations of the...
In this paper the authors propose numerical methods to approximate the solutions of systems of secon...
The paper is aimed at the finding of the solution error optimum estimations of Uryson equations and ...
In this paper the authors propose numerical methods to approximate the solutions of systems of secon...
In this paper the authors propose numerical methods to approximate the solutions of systems of secon...
The authors study the conditioning of linear systems arising from the numerical solution of Fredholm...
The authors study the conditioning of linear systems arising from the numerical solution of Fredholm...
New expressions for computable error bounds are derived for Nyström method approximate solutions of ...
The aim of this paper is to comparison between Newton’s Method and Adomian decomposition method (A.D...
We present the theory underlying and computational implementation of analytical predictions of error...
Approximation of solutions of integral equations by networks with kernel units is investigated theor...
A method is given for approximately solving linear Fredholm integral equations of the second klnd w...
AbstractThe main purpose of this article is to demonstrate the use of the Adomian decomposition meth...
AbstractIn this paper the authors propose numerical methods to approximate the solutions of systems ...
In this paper, we will be find exact solution of Fredholm Integral equation of the second kind throu...
A modified approach to obtain approximate numerical solutions of Fredholin integral equations of the...
In this paper the authors propose numerical methods to approximate the solutions of systems of secon...
The paper is aimed at the finding of the solution error optimum estimations of Uryson equations and ...
In this paper the authors propose numerical methods to approximate the solutions of systems of secon...
In this paper the authors propose numerical methods to approximate the solutions of systems of secon...
The authors study the conditioning of linear systems arising from the numerical solution of Fredholm...
The authors study the conditioning of linear systems arising from the numerical solution of Fredholm...