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arXiv 1602.04167math.CAmath.CV
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超复数Appell多项式的矩阵方法

Matrix approach to hypercomplex Appell polynomials

Lidia Aceto, Helmuth Robert Malonek, Graça Tomaz

AI总结:

本文提出用矩阵方法构造超复数Appell多项式,将其作为广义Cauchy-Riemann系统的解,推动非交换函数理论中的多项式逼近与插值技术发展。

摘要:

最近,作者提出了一种矩阵表示方法,用于处理由自然数项构成的幂零矩阵所决定的实Appell多项式。该方法允许将一组实Appell多项式视为合适的一阶初值问题的解。本文旨在确认该方法的统一性特征也可应用于构造齐次Appell多项式,这些多项式是任意维欧几里得空间中广义Cauchy-Riemann系统的解。该结果有助于发展Clifford代数非交换超复数函数理论中的多项式逼近与插值技术。

英文摘要:

Recently the authors presented a matrix representation approach to real Appell polynomials essentially determined by a nilpotent matrix with natural number entries. It allows to consider a set of real Appell polynomials as solution of a suitable first order initial value problem. The paper aims to confirm that the unifying character of this approach can also be applied to the construction of homogeneous Appell polynomials that are solutions of a generalized Cauchy-Riemann system in Euclidean spaces of arbitrary dimension. The result contributes to the development of techniques for polynomial approximation and interpolation in non-commutative Hypercomplex Function Theories with Clifford algebras.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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