AbstractWe present formulas for computations involving companion matrix pencils as may arise in considering polynomial eigenvalue problems. In particular, we provide explicit companion matrix pencils for matrix polynomials expressed in a variety of polynomial bases including monomial, orthogonal, Newton, Lagrange, and Bernstein/Bézier bases. Additionally, we give a pair of explicit LU factors associated with each pencil and a prescription for block pivoting when required
Large Solving polynomial eigenvalue problems by a scaled block companion linearization Marc Van Bare...
© 2018 American Mathematical Society. In the last decade matrix polynomials have been investigated w...
In this paper, we introduce a general class of quasi-sparse potential companion pencils for arbitrar...
AbstractWe present formulas for computations involving companion matrix pencils as may arise in cons...
In the last decade matrix polynomials have been investigated with the primary focus on adequate line...
Linear matrix pencil, denoted by (A,B), plays an important role in control systems and numerical lin...
Mención Internacional en el título de doctorMatrix polynomials arise frequently associated with Poly...
In this thesis, we look at a novel way of finding roots of a scalar polynomial using eigenvalue tech...
In this paper, we introduce a new notion of generalized companion pencils for scalar polynomials ove...
In the last decade matrix polynomials have been investigated with the primary focus on adequate line...
The class of eigenvalue problems for upper Hessenberg matrices of banded-plus-spike form includes co...
In this lecture we will propose a new fast and stable manner of computing roots of polynomials. Root...
A common way of computing the roots of a polynomial is to find the eigenvalues of a linearization, s...
The standard way of solving the polynomial eigenvalue problem of degree $m$ in $n\times n$ matrices ...
This work is a continuation of work by [J. L. Aurentz, T. Mach, R. Vandebril, and D. S. Watkins, J. ...
Large Solving polynomial eigenvalue problems by a scaled block companion linearization Marc Van Bare...
© 2018 American Mathematical Society. In the last decade matrix polynomials have been investigated w...
In this paper, we introduce a general class of quasi-sparse potential companion pencils for arbitrar...
AbstractWe present formulas for computations involving companion matrix pencils as may arise in cons...
In the last decade matrix polynomials have been investigated with the primary focus on adequate line...
Linear matrix pencil, denoted by (A,B), plays an important role in control systems and numerical lin...
Mención Internacional en el título de doctorMatrix polynomials arise frequently associated with Poly...
In this thesis, we look at a novel way of finding roots of a scalar polynomial using eigenvalue tech...
In this paper, we introduce a new notion of generalized companion pencils for scalar polynomials ove...
In the last decade matrix polynomials have been investigated with the primary focus on adequate line...
The class of eigenvalue problems for upper Hessenberg matrices of banded-plus-spike form includes co...
In this lecture we will propose a new fast and stable manner of computing roots of polynomials. Root...
A common way of computing the roots of a polynomial is to find the eigenvalues of a linearization, s...
The standard way of solving the polynomial eigenvalue problem of degree $m$ in $n\times n$ matrices ...
This work is a continuation of work by [J. L. Aurentz, T. Mach, R. Vandebril, and D. S. Watkins, J. ...
Large Solving polynomial eigenvalue problems by a scaled block companion linearization Marc Van Bare...
© 2018 American Mathematical Society. In the last decade matrix polynomials have been investigated w...
In this paper, we introduce a general class of quasi-sparse potential companion pencils for arbitrar...