A Unified Calculus Using the Generalized Bernoulli Polynomials

C. Frappier
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引用次数: 7

Abstract

We introduce an @a-calculus with the help of the generalized Bernoulli polynomials. The parameter @a is the order of a Bessel function of the first kind. The differential @a-calculus can be put in a general context where the concept of supporting function is an important tool for practical purposes. Our somewhat more restrictive point of view has the advantage of permitting a consistent definition of an @a-integral with several interesting properties. It results in the possibility of expressing a remainder, in the aforementioned context, in a completely new form in our case.
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使用广义伯努利多项式的统一微积分
在广义伯努利多项式的帮助下,引入了@a-微积分。参数@a是第一类贝塞尔函数的阶数。微分@a微积分可以放在一般情况下,其中支持函数的概念是一个重要的实用工具。我们的限制性更强的观点有一个优点,它允许一个具有几个有趣性质的@a积分的一致定义。它导致在前面的上下文中,以一种全新的形式来表示余数的可能性。
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