AbstractWe study the eigenvalues of matrix problems involving Jacobi and cyclic Jacobi matrices as functions of certain entries. Of particular interest are the limits of the eigenvalues as these entries approach infinity. Our approach is to use the recently discovered equivalence between these problems and a class of Sturm–Liouville problems and then to apply the Sturm–Liouville theory
AbstractThe problem of computing eigenvalues of a singular Sturm–Liouville problem is reduced to the...
AbstractThe spectrum σ of a non-negative Jacobi matrix J is characterized. If J is also required to ...
We propose a Jacobi–Davidson type method to compute selected eigenpairs of the product eigenvalue pr...
AbstractSturm–Liouville oscillation theory for periodic Jacobi operators with matrix entries is disc...
AbstractThe Green's function method used by Case and Kac is extended to include unbounded Jacobi mat...
The purpuse of this article is to show the matrix representations of Sturm-Liouville operators with ...
AbstractA function f with simple and nice algebraic properties is defined on a subset of the space o...
The spectral properties of two special classes of Jacobi operators are studied. For the first class ...
This paper provides a listing of techniques used to determine the eigenvalue bounds of a matrix defi...
This paper is concerned with the problem of determining the location of eigenvalues for diagonally d...
AbstractThis paper is concerned with the problem of determining the location of eigenvalues for diag...
AbstractWe exhibit a Jacobi matrix T which has simple spectrum and integer entries, and 0 commutes w...
In this paper, we give a perturbation bound for the solution of the Jacobi matrix inverse eigenvalue...
AbstractWe identify a class of Sturm–Liouville equations with transmission conditions such that any ...
AbstractThe homotopy method is used to find all eigenpairs of symmetric matrices. A special homotopy...
AbstractThe problem of computing eigenvalues of a singular Sturm–Liouville problem is reduced to the...
AbstractThe spectrum σ of a non-negative Jacobi matrix J is characterized. If J is also required to ...
We propose a Jacobi–Davidson type method to compute selected eigenpairs of the product eigenvalue pr...
AbstractSturm–Liouville oscillation theory for periodic Jacobi operators with matrix entries is disc...
AbstractThe Green's function method used by Case and Kac is extended to include unbounded Jacobi mat...
The purpuse of this article is to show the matrix representations of Sturm-Liouville operators with ...
AbstractA function f with simple and nice algebraic properties is defined on a subset of the space o...
The spectral properties of two special classes of Jacobi operators are studied. For the first class ...
This paper provides a listing of techniques used to determine the eigenvalue bounds of a matrix defi...
This paper is concerned with the problem of determining the location of eigenvalues for diagonally d...
AbstractThis paper is concerned with the problem of determining the location of eigenvalues for diag...
AbstractWe exhibit a Jacobi matrix T which has simple spectrum and integer entries, and 0 commutes w...
In this paper, we give a perturbation bound for the solution of the Jacobi matrix inverse eigenvalue...
AbstractWe identify a class of Sturm–Liouville equations with transmission conditions such that any ...
AbstractThe homotopy method is used to find all eigenpairs of symmetric matrices. A special homotopy...
AbstractThe problem of computing eigenvalues of a singular Sturm–Liouville problem is reduced to the...
AbstractThe spectrum σ of a non-negative Jacobi matrix J is characterized. If J is also required to ...
We propose a Jacobi–Davidson type method to compute selected eigenpairs of the product eigenvalue pr...