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The representations of fuzzy concepts based on the fuzzy matrix theory and the AFS theory

机译:基于模糊矩阵理论和AFS理论的模糊概念表示

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In many fuzzy systems, the membership functions of fuzzy concepts are obtained by the expert's experiences. Different persons may have different membership functions for the same fuzzy concept and the current algorithms for determining membership functions are not universal. So that many mathematical tools can not applied to the fuzzy model. In this paper, the mathematical structures of fuzzy concepts have been studied by the EI algebra which is molecular lattice defined by Wang Guojun over some AFS (Axiomatic Fuzzy Set) structures which is super-graph and the fuzzy matrix theory. It is proved that any fuzzy concepts of the finite universe of discourse are the EI representations of simple concepts, which can be represented by the sub-perfect relation defined by Kim K.H.. Applying the AFS theory and the fuzzy matrix theory, the membership functions of the fuzzy concepts can be obtained by the unitive algorithms according to the database. And many powerful mathematical tools such as lattice theory, topological molecular, combinatorics etc. can be applied to study fuzzy model.
机译:在许多模糊系统中,模糊概念的隶属函数是通过专家的经验获得的。对于相同的模糊概念,不同的人可能具有不同的隶属函数,并且用于确定隶属函数的当前算法不是通用的。从而使许多数学工具无法应用于模糊模型。本文利用EI代数研究了模糊概念的数学结构,EI代数是王国维在超图和模糊矩阵理论的一些AFS(公理模糊集)结构上定义的分子晶格。证明了话语有限宇宙中的任何模糊概念都是简单概念的EI表示,可以用Kim KH定义的次完美关系表示,应用AFS理论和模糊矩阵理论,其隶属度函数根据数据库的统一算法可以得到模糊概念。并可以应用许多强大的数学工具,例如晶格理论,拓扑分子,组合数学等,来研究模糊模型。

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