从矩阵方程和拉普拉斯变换得出的涉及伯努利多项式的特殊多项式公式

Ezgi Polat, Yilmaz Simsek
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引用次数: 0

摘要

本文的主要目的和动机是在有理数多项式环上建立一种线性变换。本文将给出这种线性变换基于标准基本原理的矩阵表示。对于该矩阵的某些特殊情况,将给出包括逆矩阵在内的矩阵方程和贝尔多项式。在这些方程的帮助下,将给出包含不同多项式,特别是伯努利多项式的新公式。最后,通过将 Laplacetransform 应用于伯努利多项式的生成函数,我们将得出一些涉及 Hurwitz zeta 函数和无穷级数的新公式。
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Formulas of special polynomials involving Bernoulli polynomials derived from matrix equations and Laplace transform
The main purpose and motivation of this article is to create a linear transformation on the polynomial ring of rational numbers. A matrix representation of this linear transformation based on standard fundamentals will be given. For some special cases of this matrix, matrix equations including inverse matrices, the Bell polynomials will be given. With the help of these equations, new formulas containing different polynomials, especially the Bernoulli polynomials, will be given. Finally, by applying the Laplace transform to the generating function for the Bernoulli polynomials, we derive some novel formulas involving the Hurwitz zeta function and infinite series.
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