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Polynomials arising in factoring generalized Vandermonde determinants Ⅲ : computation of their roots

机译:因式分解广义范德蒙德行列式Ⅲ中产生的多项式:根的计算

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摘要

Determinants of the form V_α(x) = |x_i~(α_j)|, i,j = 1, ..., N where x = (x_1,..., x_N) is formed by N distinct points belonging to some interval [a, b] of the real line and the α_j are ordered integers α_1 > α_2 > … > α_N > 0 are known as generalized Vandermonde determinants. These determinants were considered by Heineman at the end of the 1920s. The paper presents some results concerning univariate polynomials arising from V_α(x), by considering one of the x_i as an unknown. In particular we shall consider the problem of computing their roots by means of a family of iteration functions having a symmetric structure which is connected to the structure of our polynomials.
机译:V_α(x)= | x_i〜(α_j)|,i,j = 1,...,N的行列式,其中x =(x_1,...,x_N)由属于某个区间的N个不同的点组成实线的[a,b]和α_j是有序整数α_1>α_2>…>α_N> 0,被称为广义范德蒙德行列式。海涅曼在1920年代末考虑了这些决定因素。通过将x_i之一视为未知数,本文提出了一些有关V_α(x)产生的单变量多项式的结果。特别地,我们将考虑借助于具有对称结构的一系列迭代函数来计算其根的问题,该对称结构连接到我们的多项式的结构。

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