三阶模糊微分从属关系导论

IF 0.7 4区 数学 Q2 MATHEMATICS
G. Oros, G. Oros, Özlem Güney
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引用次数: 0

摘要

鉴于微分从属性理论已得到广泛应用,最近将模糊元素纳入几何函数论的工作产生了模糊微分从属性的概念。在此之前的研究考虑的是二阶模糊微分从属关系。本文所述的研究旨在将模糊微分从属关系的概念扩展到三阶模糊微分从属关系,其基础是何塞-A-安东尼诺(José A. Antonino)和桑福德-S-米勒(Sanford S. Miller)于 2011 年首次提出的、至今仍有学者在研究的观点。本文介绍了发展模糊微分从属性这一分支所需的关键概念和初步发现。具体说明了可容许函数的类别,建立了基本定理,并介绍了三阶模糊从属关系方法的基本概念。所举实例证明了新发现的适用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Introduction in third-order fuzzy differential subordination
In light of the well-established and widely-used theory of differential subordination, recent works incorporating fuzzy elements into Geometric Function Theory have given rise to the concept of fuzzy differential subordination. Second-order fuzzy differential subordinations were taken into consideration for studies up until this point. The research described in this paper aims to expand the concept of fuzzy differential subordination to third-order fuzzy differential subordination, building on an idea first put forth in 2011 by José A. Antonino and Sanford S. Miller and still being investigated by scholars today. The key concepts and preliminary findings required for the development of this branch of fuzzy differential subordination are introduced. The class of admissible functions is specified, the fundamental theorems are established and the fundamental concepts of the third-order fuzzy subordination approach are presented. The example given demonstrates the applicability of the new findings.
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来源期刊
CiteScore
1.70
自引率
0.00%
发文量
100
审稿时长
6-12 weeks
期刊介绍: Hacettepe Journal of Mathematics and Statistics covers all aspects of Mathematics and Statistics. Papers on the interface between Mathematics and Statistics are particularly welcome, including applications to Physics, Actuarial Sciences, Finance and Economics. We strongly encourage submissions for Statistics Section including current and important real world examples across a wide range of disciplines. Papers have innovations of statistical methodology are highly welcome. Purely theoretical papers may be considered only if they include popular real world applications.
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