Fuzzy Lattice Ordered G-modules

Ursala Paul, P. Isaac
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引用次数: 1

Abstract

The study of mathematics emphasizes precision, accuracy, and perfection, but in many of the real-life situations, people face ambiguity, vagueness, imprecision, etc. Fuzzy set theory and rough set theory are two innovative tools in mathematics which are used for decision-making in vague and uncertain information systems. Fuzzy algebra has a significant role in the current era of mathematical research and it deals with the algebraic concepts and models of fuzzy sets. The study of various ordered algebraic structures like lattice ordered groups, Riesz spaces, etc., are of great importance in algebra. The theory of lattice ordered G-modules is very useful in the study of lattice ordered groups and similar algebraic structures. In this article, the theories of fuzzy sets and lattice ordered G-modules are synchronized in a suitable manner to evolve a novel concept in mathematics i.e., fuzzy lattice ordered G-modules which would pave the way for new researchers in fuzzy mathematics to explore much more in this field.
模糊格序g模
数学研究强调精确、准确和完美,但在许多现实生活中,人们面临着模棱两可、模糊、不精确等问题。模糊集理论和粗糙集理论是两种创新的数学工具,用于模糊和不确定信息系统的决策。模糊代数在当代数学研究中占有重要地位,它研究模糊集的代数概念和模型。对格序群、Riesz空间等有序代数结构的研究在代数中具有重要的意义。格序g模理论在格序群和类似代数结构的研究中具有重要的应用价值。本文将模糊集理论与格序g模理论有机地结合起来,形成了模糊格序g模这一数学新概念,为新的模糊数学研究者在这一领域的探索铺平了道路。
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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