AbstractIn this paper, the eigenvalue approximation of a compact integral operator with a smooth kernel is discussed. We propose asymptotic error expansions of the iterated discrete Galerkin and iterated discrete collocation methods, and asymptotic error expansion of approximate eigenvalues. We then apply Richardson extrapolation to obtain higher order super-convergence of eigenvalue approximations. Numerical examples are presented to illustrate the theoretical estimate
Consider a nonlinear operator equation x - K(x) = f, where K is a Urysohn integral operator with a s...
Graduation date: 1973In this thesis we examine the approximation theory of the\ud eigenvalue problem...
In [14], a new method based on projections onto a space of piecewise polynomials of degree <= r - 1 ...
We consider the approximation of the eigenelements of a compact integral operator defined on C[0, 1]...
We consider approximation of eigenvalues of integral operators with Green's function kernels using t...
We consider approximation of eigenelements of an integral operator with a smooth kernel by discrete ...
We propose here a new method based on projections for approximate solution of eigenvalue problems as...
We consider the approximation of the eigenelements of a compact integral operator defined on C[0,1] ...
We consider the approximation of eigenfunctions of a compact integral operator with a smooth kernel ...
In this paper we consider two spectral refinement schemes, elementary and double iteration, for the ...
AbstractIn this paper, we study the numerical solution of two-dimensional Fredholm integral equation...
Regular convergence, together with other types of convergence, have been studied since the 1970s for...
International audienceThe Nyström and degenerate kernel methods, based on projections at Gauss point...
We study approximations of eigenvalue problems for integral operators associated with kernel functio...
AbstractInverse iteration and Newton's method for the eigenvalue problem are related to best approxi...
Consider a nonlinear operator equation x - K(x) = f, where K is a Urysohn integral operator with a s...
Graduation date: 1973In this thesis we examine the approximation theory of the\ud eigenvalue problem...
In [14], a new method based on projections onto a space of piecewise polynomials of degree <= r - 1 ...
We consider the approximation of the eigenelements of a compact integral operator defined on C[0, 1]...
We consider approximation of eigenvalues of integral operators with Green's function kernels using t...
We consider approximation of eigenelements of an integral operator with a smooth kernel by discrete ...
We propose here a new method based on projections for approximate solution of eigenvalue problems as...
We consider the approximation of the eigenelements of a compact integral operator defined on C[0,1] ...
We consider the approximation of eigenfunctions of a compact integral operator with a smooth kernel ...
In this paper we consider two spectral refinement schemes, elementary and double iteration, for the ...
AbstractIn this paper, we study the numerical solution of two-dimensional Fredholm integral equation...
Regular convergence, together with other types of convergence, have been studied since the 1970s for...
International audienceThe Nyström and degenerate kernel methods, based on projections at Gauss point...
We study approximations of eigenvalue problems for integral operators associated with kernel functio...
AbstractInverse iteration and Newton's method for the eigenvalue problem are related to best approxi...
Consider a nonlinear operator equation x - K(x) = f, where K is a Urysohn integral operator with a s...
Graduation date: 1973In this thesis we examine the approximation theory of the\ud eigenvalue problem...
In [14], a new method based on projections onto a space of piecewise polynomials of degree <= r - 1 ...