AbstractThere is an interesting relation between the angle that a matrix forms with the identity and its eigenvalues. Then we show, for symmetric matrices, that some information about the matrix can be known if the angle is computed. A lower bound for the maximum eigenvalue is obtained for symmetric positive semidefinite matrices; this inequality and the upper bound for eigenvalues given in [5] provide us an interval in which must lie the maximum eigenvalue. Finally some results from [5] and the first part of this paper are generalized for the non-symmetric case
AbstractWe consider a class of symmetric tridiagonal matrices which may be viewed as perturbations o...
Abstract. We characterize the relationship between the singular values of a Hermitian (resp., real s...
summary:This paper is concerned with bounds of eigenvalues of a complex matrix. Both lower and upper...
AbstractThere is an interesting relation between the angle that a matrix forms with the identity and...
AbstractWe consider lower bounds for the largest eigenvalue of a symmetric matrix. In particular we ...
The original publication is available at www.springerlink.comFor two Hermitian matrices A and B, at ...
AbstractWe use the fact that the set of symmetric positive semidefinite matrices of order n form a c...
We give the review of recent results in relative perturbation theory for eigenvalue and singular val...
AbstractThis paper gives new bounds for the relationship between the diagonal elements of a square m...
AbstractLet A=(aij) be a real symmetric matrix of order n. We characterize all nonnegative vectors x...
AbstractLower and upper bounds on the absolute values of the eigenvalues of an n × n real symmetric ...
Abstract. We characterize the relationship between the singular values of a Hermitian (resp., real s...
AbstractLet Am×m denote a symmetric matrix. We present an order expansion (4) based on Lagrange seri...
Abstract. We characterize the relationship between the singular values of a Hermitian (resp., real s...
This paper provides a listing of techniques used to determine the eigenvalue bounds of a matrix defi...
AbstractWe consider a class of symmetric tridiagonal matrices which may be viewed as perturbations o...
Abstract. We characterize the relationship between the singular values of a Hermitian (resp., real s...
summary:This paper is concerned with bounds of eigenvalues of a complex matrix. Both lower and upper...
AbstractThere is an interesting relation between the angle that a matrix forms with the identity and...
AbstractWe consider lower bounds for the largest eigenvalue of a symmetric matrix. In particular we ...
The original publication is available at www.springerlink.comFor two Hermitian matrices A and B, at ...
AbstractWe use the fact that the set of symmetric positive semidefinite matrices of order n form a c...
We give the review of recent results in relative perturbation theory for eigenvalue and singular val...
AbstractThis paper gives new bounds for the relationship between the diagonal elements of a square m...
AbstractLet A=(aij) be a real symmetric matrix of order n. We characterize all nonnegative vectors x...
AbstractLower and upper bounds on the absolute values of the eigenvalues of an n × n real symmetric ...
Abstract. We characterize the relationship between the singular values of a Hermitian (resp., real s...
AbstractLet Am×m denote a symmetric matrix. We present an order expansion (4) based on Lagrange seri...
Abstract. We characterize the relationship between the singular values of a Hermitian (resp., real s...
This paper provides a listing of techniques used to determine the eigenvalue bounds of a matrix defi...
AbstractWe consider a class of symmetric tridiagonal matrices which may be viewed as perturbations o...
Abstract. We characterize the relationship between the singular values of a Hermitian (resp., real s...
summary:This paper is concerned with bounds of eigenvalues of a complex matrix. Both lower and upper...