AbstractWe introduce a so-called generalized polynomial Bezoutian with respect to a Jacobson chain basis over an arbitrary field. Some characterization of this kind of matrix, such as the Barnett-type factorization and the intertwining relation with generalized hypercompanion matrix, are obtained. The diagonal reduction formula via the generalized confluent Vandermonde matrix similar to that of classical Bezoutian is presented. The method used is based on polynomial module and operator representation
AbstractThis article provides a new presentation of Barnett’s theorems giving the degree (resp. coef...
AbstractWe first review the basic properties of the well known classes of Toeplitz, Hankel, Vandermo...
AbstractBarnett’s method through Bezoutians is a purely linear algebra method allowing to compute th...
AbstractWe introduce a class of so-called polynomial Bezoutian matrices. The operator representation...
AbstractA generalization of companion matrices is presented as the starting point for developing a u...
AbstractA natural generalization of the classical Bezout matrix of two polynomials is introduced for...
AbstractA foundation polynomial is used to induce polynomial bases for Fn−1[x], the vector space of ...
AbstractRelations of Bezoutians of polynomial matrices with truncated block Hankel matrices are disc...
AbstractThe subjects of the present paper are generalized resultant matrices of two polynomials u(t)...
AbstractAs n × n Hessenberg matrix A is defined whose characteristic polynomial is relative to an ar...
AbstractThe Bezoutian B of a quadruple (F, G; U, D) of polynomial matrices is studied. It is shown t...
A new algorithm is presented for computing an integer polynomial similar to the GCD of two polynom...
AbstractWith each polynomial p of degree n whose roots lie inside the unit disc we may associate the...
AbstractThe notion of Bezoutian for a quadruple of rational matrix functions introduced by the autho...
AbstractGiven two polynomials with coefficients over K[k], the associated Bezout matrix B(k) with en...
AbstractThis article provides a new presentation of Barnett’s theorems giving the degree (resp. coef...
AbstractWe first review the basic properties of the well known classes of Toeplitz, Hankel, Vandermo...
AbstractBarnett’s method through Bezoutians is a purely linear algebra method allowing to compute th...
AbstractWe introduce a class of so-called polynomial Bezoutian matrices. The operator representation...
AbstractA generalization of companion matrices is presented as the starting point for developing a u...
AbstractA natural generalization of the classical Bezout matrix of two polynomials is introduced for...
AbstractA foundation polynomial is used to induce polynomial bases for Fn−1[x], the vector space of ...
AbstractRelations of Bezoutians of polynomial matrices with truncated block Hankel matrices are disc...
AbstractThe subjects of the present paper are generalized resultant matrices of two polynomials u(t)...
AbstractAs n × n Hessenberg matrix A is defined whose characteristic polynomial is relative to an ar...
AbstractThe Bezoutian B of a quadruple (F, G; U, D) of polynomial matrices is studied. It is shown t...
A new algorithm is presented for computing an integer polynomial similar to the GCD of two polynom...
AbstractWith each polynomial p of degree n whose roots lie inside the unit disc we may associate the...
AbstractThe notion of Bezoutian for a quadruple of rational matrix functions introduced by the autho...
AbstractGiven two polynomials with coefficients over K[k], the associated Bezout matrix B(k) with en...
AbstractThis article provides a new presentation of Barnett’s theorems giving the degree (resp. coef...
AbstractWe first review the basic properties of the well known classes of Toeplitz, Hankel, Vandermo...
AbstractBarnett’s method through Bezoutians is a purely linear algebra method allowing to compute th...