Add to ORKGSinc methods are now recognized as an efficient numerical method for problems whose solutions may have singularities, or infinite domains, or boundary layers. This work deals with the Sinc-Galerkin method for solving second order singularly perturbed boundary value problems. The method is then tested on linear and nonlinear examples and a comparison with spline method and finite element scheme is made. It is shown that the Sinc-Galerkin method yields better results
AbstractSinc collocation method is proven to provide an exponential convergence rate in solving line...
Abstract. The numerical solution of problems with singularities presents special difficulties for mo...
AbstractIn this article, numerical solution of a system of nonlinear second-order integro-differenti...
Sinc methods are now recognized as an efficient numerical method for problems whose solutions may ha...
Sinc methods axe now recognized as an efficient numerical method for problems whose solutions may ha...
Abstract. One of the new techniques used in solving boundary-value problems involving partial differ...
There are few techniques available to numerically solve sixth-order boundary-value problems with two...
There are few techniques available to numerically solve sixth-order boundary-value problems with two...
. Sinc basis functions form a desirable basis to use for solving singular problems via domain decomp...
In this paper, a numerical solution based on sinc functions is used for finding the solution of boun...
This paper presents a modified Galerkin method based on sinc basis functions to numerically solve no...
We employ the sinc-Galerkin method to obtain approximate solutions of space-fractional order partial...
AbstractThe sinc-Galerkin method is used to approximate solutions of nonlinear problems involving no...
By using sufficient conditions which ensure the well conditioning of tridiagonal matrices, we derive...
By using sufficient conditions which ensure the well conditioning of tridiagonal matrices, we derive...
AbstractSinc collocation method is proven to provide an exponential convergence rate in solving line...
Abstract. The numerical solution of problems with singularities presents special difficulties for mo...
AbstractIn this article, numerical solution of a system of nonlinear second-order integro-differenti...
Sinc methods are now recognized as an efficient numerical method for problems whose solutions may ha...
Sinc methods axe now recognized as an efficient numerical method for problems whose solutions may ha...
Abstract. One of the new techniques used in solving boundary-value problems involving partial differ...
There are few techniques available to numerically solve sixth-order boundary-value problems with two...
There are few techniques available to numerically solve sixth-order boundary-value problems with two...
. Sinc basis functions form a desirable basis to use for solving singular problems via domain decomp...
In this paper, a numerical solution based on sinc functions is used for finding the solution of boun...
This paper presents a modified Galerkin method based on sinc basis functions to numerically solve no...
We employ the sinc-Galerkin method to obtain approximate solutions of space-fractional order partial...
AbstractThe sinc-Galerkin method is used to approximate solutions of nonlinear problems involving no...
By using sufficient conditions which ensure the well conditioning of tridiagonal matrices, we derive...
By using sufficient conditions which ensure the well conditioning of tridiagonal matrices, we derive...
AbstractSinc collocation method is proven to provide an exponential convergence rate in solving line...
Abstract. The numerical solution of problems with singularities presents special difficulties for mo...
AbstractIn this article, numerical solution of a system of nonlinear second-order integro-differenti...