It is well known, that any interpolating polynomial p (x, y) on the vector space Pn,m of two-variable polynomials with degree less than n in terms of x and less than m in terms of y, has various representations that depends on the basis of Pn,m that we select i.e. monomial, Newton and Lagrange basis e.t.c.. The aim of this short note is twofold : a) to present transformations between the coordinates of the polynomial p (x, y) in the aforementioned basis and b) to present transformations between these bases
LetPn=K[x1,...,xn] be the polynomial algebra over a fieldKof characteristic 0. We show that applying...
Macaulay and Dixon resultant formulations are proposed for parametrized multivariate polynomial syst...
We give two determinantal representations for a bivariate polynomial. They may be used to compute th...
A new basis of interpolation points for the special case of the Newton two variable polynomial inter...
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AbstractL-Bases andB-bases are two important classes of polynomial bases used for representing surfa...
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Gr\uf6bner bases are used in experimental design and interpolation. They provide a special way to wr...
This thesis investigates eigenvalue techniques for the location of roots of polynomials expressed in...
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A class of spaces of multivariate polynomials, closed under differentiation, is studied and correspo...
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This paper is organized in the following manner. Section 2 reviews the definitions of L-bases and B-...
A standard approach to solving the polynomial eigenvalue problem is to linearize, which is to say th...
LetPn=K[x1,...,xn] be the polynomial algebra over a fieldKof characteristic 0. We show that applying...
Macaulay and Dixon resultant formulations are proposed for parametrized multivariate polynomial syst...
We give two determinantal representations for a bivariate polynomial. They may be used to compute th...
A new basis of interpolation points for the special case of the Newton two variable polynomial inter...
International audienceLet A, B ∈ K[X, Y ] be two bivariate polynomials over an effective field K, an...
AbstractL-Bases andB-bases are two important classes of polynomial bases used for representing surfa...
In this paper we present a new kind of algorithm, for finding a solution (g0 (x), g1 (x), . . . , gn...
The generalization of Lagrange and Newton univariate interpolation formulae is one of the topics of ...
Gr\uf6bner bases are used in experimental design and interpolation. They provide a special way to wr...
This thesis investigates eigenvalue techniques for the location of roots of polynomials expressed in...
International audienceAn algorithm is presented for computing the resultant of two generic bivariate...
A class of spaces of multivariate polynomials, closed under differentiation, is studied and correspo...
AbstractA foundation polynomial is used to induce polynomial bases for Fn−1[x], the vector space of ...
This paper is organized in the following manner. Section 2 reviews the definitions of L-bases and B-...
A standard approach to solving the polynomial eigenvalue problem is to linearize, which is to say th...
LetPn=K[x1,...,xn] be the polynomial algebra over a fieldKof characteristic 0. We show that applying...
Macaulay and Dixon resultant formulations are proposed for parametrized multivariate polynomial syst...
We give two determinantal representations for a bivariate polynomial. They may be used to compute th...