AbstractThis article provides a new presentation of Barnett’s theorems giving the degree (resp. coefficients) of the greatest common divisor of several univariate polynomials with coefficients in an integral domain by means of the rank (resp. linear dependencies of the columns) of several Bezout-like matrices. This new presentation uses Bezout or hybrid Bezout matrices instead of polynomials evaluated in a companion matrix as in the original Barnett’s presentation. Moreover, this presentation also allows us to compute the coefficients of the considered greatest common divisor in an easier way than in the original Barnett’s theorems
AbstractA natural generalization of the classical Bezout matrix of two polynomials is introduced for...
AbstractA formula of Barnett type relating the Bezoutian B(f,g) to the Hankel matrix H(g/f) is exten...
A new algorithm is presented for computing an integer polynomial similar to the GCD of two polynom...
AbstractThis article provides a new presentation of Barnett’s theorems giving the degree (resp. coef...
AbstractThis articule provides a new proof of Barnett's theorem giving the degree of the greatest co...
AbstractBarnett’s method through Bezoutians is a purely linear algebra method allowing to compute th...
We give a self-contained proof that the nullity of the Bezoutian matrix associated with a pair of po...
AbstractIf a(λ) and b(λ) are two polynomials and A is the companion matrix of a(λ), then the matrix ...
AbstractThe Bézoutian B of two polynomial matrices can be described as a solution of a linear matrix...
© 2018, Pleiades Publishing, Ltd. In this article we present a new algebraic approach to the greates...
Abstract. We give a self-contained proof that the nullity of the Bezoutian matrix associ-ated with a...
AbstractSeveral computational and structural properties of Bezoutian matrices expressed with respect...
AbstractIt is shown how the Bezoutian and the resultant matrix evolved from Euler's work in eliminat...
summary:The computation of the greatest common divisor (GCD) has many applications in several discip...
AbstractBased on the approach introduced by B.D.O. Anderson and E.I. Jury in 1976, the definition of...
AbstractA natural generalization of the classical Bezout matrix of two polynomials is introduced for...
AbstractA formula of Barnett type relating the Bezoutian B(f,g) to the Hankel matrix H(g/f) is exten...
A new algorithm is presented for computing an integer polynomial similar to the GCD of two polynom...
AbstractThis article provides a new presentation of Barnett’s theorems giving the degree (resp. coef...
AbstractThis articule provides a new proof of Barnett's theorem giving the degree of the greatest co...
AbstractBarnett’s method through Bezoutians is a purely linear algebra method allowing to compute th...
We give a self-contained proof that the nullity of the Bezoutian matrix associated with a pair of po...
AbstractIf a(λ) and b(λ) are two polynomials and A is the companion matrix of a(λ), then the matrix ...
AbstractThe Bézoutian B of two polynomial matrices can be described as a solution of a linear matrix...
© 2018, Pleiades Publishing, Ltd. In this article we present a new algebraic approach to the greates...
Abstract. We give a self-contained proof that the nullity of the Bezoutian matrix associ-ated with a...
AbstractSeveral computational and structural properties of Bezoutian matrices expressed with respect...
AbstractIt is shown how the Bezoutian and the resultant matrix evolved from Euler's work in eliminat...
summary:The computation of the greatest common divisor (GCD) has many applications in several discip...
AbstractBased on the approach introduced by B.D.O. Anderson and E.I. Jury in 1976, the definition of...
AbstractA natural generalization of the classical Bezout matrix of two polynomials is introduced for...
AbstractA formula of Barnett type relating the Bezoutian B(f,g) to the Hankel matrix H(g/f) is exten...
A new algorithm is presented for computing an integer polynomial similar to the GCD of two polynom...