1) system of fuzzy equations
模糊方程组
2) system of fuzzy linear equations
模糊线性方程组
1.
: Based on reduced method,a parallel partitioning algorithm for the system of fuzzy linear equations is proposed in this paper,which is applied in MIMD asynchronous communication model.The load is balanced efficiently.The computation and communication complexity are also discussed
在简化方法的基础上,提出了在MIMD模型上采用异步通信模式求解模糊线性方程组的分布式并行分割算法,算法有效地平衡了负载,并分析了算法的时间复杂性和通信复杂性。
2.
This paper discuss the existential condition of solution for a system of fuzzy linear equations X=A-X+U,and its iteration algorithm,where A-is a n×n interval number matrix (i.
讨论模糊线性方程组X=A-X+U解的存在条件及其迭代算法(其中,A-是区间数为元素的n阶矩阵,未知量X和常量U都是以模糊数为元素的n维向量,并且其加法和乘法均由Zadeh的扩张原理定义)。
3) fuzzy linear equations
模糊线性方程组
1.
The solution of fuzzy linear equations X=AX+U and its iteration algorithms are discussed,where A is a real n×n matrix,the unknown vector X and the constant U are all vectors consisting of n fuzzy numbers,and the addition,scale-multiplication are defined by Zadeh s extention principle.
主要讨论了模糊线性方程组X=AX+U解的状态和它的重复算法,其中A为n×n实数矩阵,未知量X和常量U都是由n个模糊数组成的向量,并且其加法和数量乘法均由Zadeh的扩展原理定义。
2.
The study of the solutions to the fuzzy linear equations constitutes an important part of fuzzy algebra.
模糊线性方程组解的研究是模糊代数的一个基础部分,而本论文的核心是研讨一类形如X=AX+U的模糊线性方程组的解以及它的迭代算法,其中未知量X和常量U均是由模糊数组成的向量,而A分三种状态,(ⅰ)n×n实数矩阵,对这种情形的研究构成第二章。
4) fuzzy equation
模糊方程
1.
This paper takes fuzzy number difference as the solution of the fuzzy equation,therefore discusses the problem of finding the solution of fuzzy equation,and based on the theory of goal programming,gives the generalized solution of fuzzy equation.
将模糊数差值视为模糊方程的解,探讨了模糊方程的求解问题,并基于目的规划理论,给出了一模糊方程的广义解定义。
2.
By means of fuzzy statistical methods, the discussion on fuzzy features of the system motion and the methods used to solve fuzzy equations is made.
系泊浮体模糊方程的产生主要基于两方面因素 :波浪载荷的模糊随机性和计算方法的模糊性。
5) ∨-∧ fuzzy equation
∨-∧模糊方程
6) systems of linear equations with fuzzy number-valued coefficients
模糊数线性方程组
补充资料:模糊
1.亦作"模胡"。 2.不分明;不清楚。 3.谓草率,马虎。 4.混淆。
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