We generalize Sylvester single sums to multisets and show that these sums compute subresultants of two univariate polynomials as a function of their roots independently of their multiplicity structure. This is the first closed formula for subresultants in terms of roots that works for arbitrary polynomials, previous efforts only handled special cases. Our extension involves in some cases confluent Schur polynomials and is obtained by using multivariate symmetric interpolation via an Exchange Lemma.Fil: D'Andrea, Carlos. Universidad de Barcelona; EspañaFil: Krick, Teresa Elena Genoveva. Consejo Nacional de Investigaciones Científicas y Técnicas. Oficina de Coordinación Administrativa Ciudad Universitaria. Instituto de Investigaciones Matemát...
We present a solution for the classical univariate rational interpolation problem by means of (univa...
AbstractSylvester double sums, introduced first by Sylvester (see Sylvester (1840, 1853)), are symme...
The theory of symmetric multivariate Lagrange interpolation is a beautiful but rather unknown tool t...
We extend our previous work on Poisson-like formulas for subresultants in roots to the case of polyn...
AbstractSylvester has announced formulas expressing the subresultants (or the successive polynomial ...
In 1853, Sylvester introduced a family of double sum expressions for two finite sets of indeterminat...
AbstractIn 1853, Sylvester introduced a family of double sum expressions for two finite sets of inde...
J. J. Sylvester has announced formulas expressing the subresultants (or the successive polynomial re...
AbstractSylvester double sums, introduced first by Sylvester (see Sylvester (1840, 1853)), are symme...
AbstractSylvester has announced formulas expressing the subresultants (or the successive polynomial ...
AbstractWe give a rational expression for the subresultants of n+1 generic polynomials f1,…,fn+1 in ...
We present a solution for the classical univariate rational interpolation problem by means of (univa...
International audienceSylvester doubles sums, introduced first by Sylvester (see Sylvester (1840, 18...
International audienceSylvester doubles sums, introduced first by Sylvester (see Sylvester (1840, 18...
AbstractIn 1853 Sylvester introduced a family of double-sum expressions for two finite sets of indet...
We present a solution for the classical univariate rational interpolation problem by means of (univa...
AbstractSylvester double sums, introduced first by Sylvester (see Sylvester (1840, 1853)), are symme...
The theory of symmetric multivariate Lagrange interpolation is a beautiful but rather unknown tool t...
We extend our previous work on Poisson-like formulas for subresultants in roots to the case of polyn...
AbstractSylvester has announced formulas expressing the subresultants (or the successive polynomial ...
In 1853, Sylvester introduced a family of double sum expressions for two finite sets of indeterminat...
AbstractIn 1853, Sylvester introduced a family of double sum expressions for two finite sets of inde...
J. J. Sylvester has announced formulas expressing the subresultants (or the successive polynomial re...
AbstractSylvester double sums, introduced first by Sylvester (see Sylvester (1840, 1853)), are symme...
AbstractSylvester has announced formulas expressing the subresultants (or the successive polynomial ...
AbstractWe give a rational expression for the subresultants of n+1 generic polynomials f1,…,fn+1 in ...
We present a solution for the classical univariate rational interpolation problem by means of (univa...
International audienceSylvester doubles sums, introduced first by Sylvester (see Sylvester (1840, 18...
International audienceSylvester doubles sums, introduced first by Sylvester (see Sylvester (1840, 18...
AbstractIn 1853 Sylvester introduced a family of double-sum expressions for two finite sets of indet...
We present a solution for the classical univariate rational interpolation problem by means of (univa...
AbstractSylvester double sums, introduced first by Sylvester (see Sylvester (1840, 1853)), are symme...
The theory of symmetric multivariate Lagrange interpolation is a beautiful but rather unknown tool t...