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Fuzzy Taylor formula: An approach via fuzzification of the derivative and integral operators

机译:模糊泰勒公式:一种通过导数和积分算子模糊化的方法

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Using the concepts of derivative and integral of fuzzy functions in the sense of fuzzification, this paper is devoted to studying a new version fuzzy fundamental theorem of calculus as well as a new variant of fuzzy Taylor formula with an integral remainder in the univariate and multivariate cases. Here, the fuzzification of derivative and integral means using Zadeh's extension principle on the corresponding classical operators. Indeed, by presenting appropriating symbols, it is shown in this work, contrary to what was supposed to be, Zadeh's extension principle is capable of making the ability to compute and introduce many quantities and concepts in univariate and multivariate calculus such as integral, derivative, Taylor expansion and etc. (C) 2018 Elsevier B.V. All rights reserved.
机译:本文利用模糊化意义上的模糊函数的导数和积分概念,致力于研究单变量和多变量情况下微积分的新版本模糊基本定理以及带有积分余数的模糊泰勒公式的新变种。 。在此,对相应的经典算子使用Zadeh的扩展原理对导数和整数进行模糊化。的确,通过展示适当的符号,它在工作中得到了展示,这与人们想象的相反,Zadeh的扩展原理能够在单变量和多变量演算中计算和引入许多量和概念,例如积分,导数,泰勒扩展等。(C)2018 Elsevier BV保留所有权利。

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