Add to ORKGABSTRACT. We present ecient classic two-step Durbin-type and Levinson-type algorithms for even order skew-symmetric Toeplitz matrices. 1 Introduction We extend the classic Durbin's algorithm and the classic Levinson's algorithm for symmetric Toeplitz matrices to skew-symmetric Toeplitz matrices. Levinson's algorithm is for solving the system Ax = b, where A is an n n real symmetric Toeplitz matrix (with some restrictions on A) and x and b are n 1 vectors. In ou
A method for computing the smallest eigenvalue of a symmetric positive definite Toeplitz matrix is ...
SIGLEAvailable from British Library Document Supply Centre- DSC:7673.7004(85/26) / BLDSC - British L...
In this paper we will present a general framework for solving linear systems of equations. The solve...
AbstractWe use a two-step Durbin method rather than the single step version in the even–odd split Le...
AbstractWe derive an algorithm for real symmetric Toeplitz systems with an arbitrary right-hand side...
ABSTRACT. We present an ecient classic Trench-type algorithm for the inversion of real skew-symmetri...
AbstractBased on an orthogonalization technique, published earlier in this journal, a derivation is ...
AbstractSplit Levinson-type and Schur-type algorithms for the solutions of linear systems with a non...
AbstractSplit algorithms for Toeplitz matrices exploit besides the Toeplitz structure additional sym...
In this paper, we review Levinson and fast Choleski algorithms for solving sets of linear equations ...
We present generalizations of the nonsymmetric Levinson and Schur algorithms for non-Hermitian Toepl...
AbstractSystems of linear equations with Toeplitz coefficient matrices arise in many important appli...
AbstractThe paper gives a self-contained survey of fast algorithms for solving linear systems of equ...
Fast algorithms to factor Toeplitz matrices have existed since the beginning of this century. The tw...
Abstract—One well-known and widely used concept in signal processing is the optimal Wiener filtering...
A method for computing the smallest eigenvalue of a symmetric positive definite Toeplitz matrix is ...
SIGLEAvailable from British Library Document Supply Centre- DSC:7673.7004(85/26) / BLDSC - British L...
In this paper we will present a general framework for solving linear systems of equations. The solve...
AbstractWe use a two-step Durbin method rather than the single step version in the even–odd split Le...
AbstractWe derive an algorithm for real symmetric Toeplitz systems with an arbitrary right-hand side...
ABSTRACT. We present an ecient classic Trench-type algorithm for the inversion of real skew-symmetri...
AbstractBased on an orthogonalization technique, published earlier in this journal, a derivation is ...
AbstractSplit Levinson-type and Schur-type algorithms for the solutions of linear systems with a non...
AbstractSplit algorithms for Toeplitz matrices exploit besides the Toeplitz structure additional sym...
In this paper, we review Levinson and fast Choleski algorithms for solving sets of linear equations ...
We present generalizations of the nonsymmetric Levinson and Schur algorithms for non-Hermitian Toepl...
AbstractSystems of linear equations with Toeplitz coefficient matrices arise in many important appli...
AbstractThe paper gives a self-contained survey of fast algorithms for solving linear systems of equ...
Fast algorithms to factor Toeplitz matrices have existed since the beginning of this century. The tw...
Abstract—One well-known and widely used concept in signal processing is the optimal Wiener filtering...
A method for computing the smallest eigenvalue of a symmetric positive definite Toeplitz matrix is ...
SIGLEAvailable from British Library Document Supply Centre- DSC:7673.7004(85/26) / BLDSC - British L...
In this paper we will present a general framework for solving linear systems of equations. The solve...