一些经典陶伯利定理的阿贝尔推广

Erdal Gül, Mehmet Albayrak
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引用次数: 0

摘要

由Armitage和Maddox在[Armitage, H. D和Maddox, J.I, discrete Abel means, Analysis, 10(1990), 177-186]中给出的关于λ(离散Abel均值)的著名经典Tauberian定理得到了推广。类似地,通过用Abel-lim Aσin(s)代替lim a,扩展了Landau和Schmidt关于abel方法的“单侧”Tauberian定理。{sn}的慢振荡是Hardy-LittlewoodTauberian定理关于Borel可和性的一个Tauberian条件,该条件也可以通过将t为连续参数的limn(Bs)n = '替换为limn(Bs)n = ',再将其替换为Abel-lim(Bσik(s))n = '来给出,其中B为Borel矩阵方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Abel extensions of some classical Tauberian theorems
The well-known classical Tauberian theorems given for Aλ (the discrete Abel mean) by Armitage and Maddox in [Armitage, H. D and Maddox, J. I., Discrete Abel means, Analysis, 10 (1990), 177–186] is generalized. Similarly the ”one-sided” Tauberian theorems of Landau and Schmidt for the Abel method are extended by replacing lim As with Abel-lim Aσi n(s). Slowly oscillating of {sn} is a Tauberian condition of the Hardy-Littlewood Tauberian theorem for Borel summability which is also given by replacing limt(Bs)t = `, where t is a continuous parameter, with limn(Bs)n = `, and further replacing it by Abel-lim(Bσi k (s))n = `, where B is the Borel matrix method.
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