m极模糊集与m极模糊矩阵的研究

Purbasha Giri
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摘要

. 模糊矩阵是模糊代数中一个非常重要的课题。在模糊矩阵中,元素属于单位区间[0,1],每个元素代表一个元素的隶属度值。本文介绍了(cid:6) -极模糊集、(cid:6) -极模糊关系、(cid:6) -极模糊矩阵。在(cid:6) -极坐标模糊矩阵中,每个元素是包含(cid:6)个元素的向量,每个元素的隶属度值在0到1之间,包括0到1。在(cid:6)极模糊矩阵中,行和列的隶属度值是明确的,即行和列是确定的。但是,在许多现实生活中,它们也是不确定的。因此,为了对这类不确定问题进行建模,定义了一类新的不确定问题,即一类具有(cid:6)极模糊行和列的(cid:6)极模糊矩阵。对于这些矩阵,定义了零、单位、等式、补、g-(cid:6) -极、完备、密度。对于这些矩阵,我们检查矩阵是否平衡,是否严格平衡。
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A Study on m-polar Fuzzy Sets and m-polar Fuzzy Matrix
. Fuzzy matrix is a very important topic of fuzzy algebra. In fuzzy matrix, the elements belong to the unit interval [0,1] , each element represents the membership value of an element. In this paper, (cid:6) -polar fuzzy set, (cid:6) -polar fuzzy relation, (cid:6) -polar fuzzy matrix is introduced. In (cid:6) -polar fuzzy matrix, each element is a vector containing (cid:6) elements and membership values of each elements lie between 0 and 1 including 0 and 1 . In (cid:6) -polar fuzzy matrix, the membership values of rows and columns are crisp, i.e. rows and columns are certain. But, in many real life situations they are also uncertain. So to model these type of uncertain problems, a new type of uncertain problems, a new type of (cid:6) -polar fuzzy matrix with (cid:6) -polar fuzzy rows and columns are defined. For these matrices, null, identity, equality, complement, g-(cid:6) -polar, complete, density are defined. For these matrices, we checked that whether the matrix is balanced, strictly balanced or not.
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