Some definite integrals arising from selfdecomposable characteristic functions

Pub Date : 2023-07-01 DOI:10.1007/s10986-023-09607-x
Zbigniew J. Jurek
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Abstract

Abstract In the probability theory, selfdecomposable or class L 0 distributions play an important role as they are limit distributions of normalized partial sums of sequences of independent, not necessarily identically distributed, random variables. The class L 0 is quite large and includes many known classical distributions. For this note, the most important feature of the selfdecomposable variables are their random integral representation with respect to a Lévy process. From those random integral representations we get the equality of logarithms of some characteristic functions. These allow us to get formulas for some definite integrals; some of them were previously unknown, and some are rarely quoted in popular tables of integrals and series.
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由自可分解特征函数引起的若干定积分
在概率论中,自分解或l0类分布是独立的、不一定同分布的随机变量序列的归一化部分和的极限分布,具有重要的意义。l0类相当大,包括许多已知的经典分布。对于这一点,自分解变量的最重要特征是它们相对于lsamvy过程的随机积分表示。从这些随机积分表示中,我们得到一些特征函数的对数相等。这些可以让我们得到一些定积分的公式;其中一些是以前不为人知的,有些在流行的积分和级数表中很少被引用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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