In this paper, the authors introduce a Nystrom method for solving systems of Fredholm integral equations on the real semiaxis. They prove that the method is stable and convergent. Moreover, they show some numerical tests that confirm the error estimates. Finally, they discuss a specific application to an inverse scattering problem for the Schrodinger equation
AbstractIn this paper, we study the numerical solution of general nonlinear mixed Volterra-Fredholm ...
This paper describes one method for a numerical solution of a Fredholm integral equation of the seco...
Reduced Hilbert transforms are obtained by restricting the domain of integration to a subset of R. ...
In this paper, the authors introduce a Nystrom method for solving systems of Fredholm integral equat...
In this paper the authors propose a Nystrom method based on a ``truncated" Gaussian rule to solve sy...
Fredholm integral equations on the interval [−1, 1] with right-hand sides having isolated singulari...
In this paper we investigate some Nystr¨om methods for Fredholm integral equations in the interval [...
The author proposes a numerical procedure in order to approximate the solution of a class of Fredho...
In this paper we introduce some numerical methods for solving Fredholm integral equations of the sec...
The study of the solution’s existence and uniqueness for the linear integro-differential Fredholm eq...
Fredholm integral equations with the right-hand side having singularities at the endpoints are consi...
The paper deals with the approximation of the solution of the following bivariate Fredholm integra...
A numerical solution of the Fredholm integral equations can be obtained by many methods. Most of the...
In this paper, we propose a suitable combination of two different Nyström methods, both using the ze...
AbstractIn this paper, we analyze the existence of asymptotic error expansion of the Nystrom solutio...
AbstractIn this paper, we study the numerical solution of general nonlinear mixed Volterra-Fredholm ...
This paper describes one method for a numerical solution of a Fredholm integral equation of the seco...
Reduced Hilbert transforms are obtained by restricting the domain of integration to a subset of R. ...
In this paper, the authors introduce a Nystrom method for solving systems of Fredholm integral equat...
In this paper the authors propose a Nystrom method based on a ``truncated" Gaussian rule to solve sy...
Fredholm integral equations on the interval [−1, 1] with right-hand sides having isolated singulari...
In this paper we investigate some Nystr¨om methods for Fredholm integral equations in the interval [...
The author proposes a numerical procedure in order to approximate the solution of a class of Fredho...
In this paper we introduce some numerical methods for solving Fredholm integral equations of the sec...
The study of the solution’s existence and uniqueness for the linear integro-differential Fredholm eq...
Fredholm integral equations with the right-hand side having singularities at the endpoints are consi...
The paper deals with the approximation of the solution of the following bivariate Fredholm integra...
A numerical solution of the Fredholm integral equations can be obtained by many methods. Most of the...
In this paper, we propose a suitable combination of two different Nyström methods, both using the ze...
AbstractIn this paper, we analyze the existence of asymptotic error expansion of the Nystrom solutio...
AbstractIn this paper, we study the numerical solution of general nonlinear mixed Volterra-Fredholm ...
This paper describes one method for a numerical solution of a Fredholm integral equation of the seco...
Reduced Hilbert transforms are obtained by restricting the domain of integration to a subset of R. ...
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