matrix n. (pl. matrices 或matrixes) 1.【解剖学】子宫;母体;发源地,策源地,摇篮;【生物学】衬质细胞;间质;基质;母质。 2. 【矿物】母岩;脉石;【冶金】基体;【地质学;地理学】脉石;填质;杂矿石。 3. 【印刷】字模;型版,纸型;铸型,阴模。 4.【阵】(矩)阵,方阵;母式;【物理学】间架;【无线电】矩阵变换电路。 5.【染】原色〔红黄蓝白黑五种〕。 the matrix of a nail 【解剖学】指甲床。
Convergence and detailed classification of powers of a fuzzy matrix under the max - product composition 复合的模糊矩阵幂序列的收敛性及其分类
In this paper , presents a brief introduction to the basic theory and build a mathematical model of fuzzy evaluation , and then give the expression of fuzzy matrix for complex system and the course of reasoning 介绍了模糊评价的基本原理及其数学模型,给出了复杂系统的模糊矩阵的表示方法及推理过程。
This research integrates fuzzy matrix theory and analytic hierarchy process and sets up a multi - layer fuzzy decision model . by using this model , it analyses an example and gains a satisfying result 本研究将模糊矩阵理论和层次分析法结合构造了多层次模糊决策模型,并利用此模型对实例进行了分析,得到了较理想的结果。
The analytic hierarchy process was adopted , which supported by information entropy to decide the indicator weight . some was discussed in the fuzzy synthetic assessment model , emphasizing on constructing the subordinate function and calculating the fuzzy matrix 采用信息熵修正下的层次分析法( ahp )对各评价指标赋以权重值,并且对模糊评判方法的隶属度计算、模糊矩阵合成等进行了探讨。
Firstly , this paper brings forward the concept of n - players " partly cooperation fuzzy matrix game with r - object determined by some of the players . n players turned into two coalitions , thus n - players " partly cooperation fuzzy game turns into two - players " noncooperation fuzzy game 本文首先给出由部分局中人所确定的具有r个对象的n人部分合作模糊矩阵对策的概念,通过将n个局中人结为两个联盟,从而将n人部分合作模糊对策转化为2人非合作模糊对策。
Meanwhile the evaluation method of estimation matrix and fuzzy matrix had been used to confirm the weightiness of each factor with the data collected by the ordinary and expert questionnaires . so an integrated index system of executive ability of virtual enterprise was constructed 并且通过普通及专家问卷调查的形式,采用判断矩阵和模糊一致关系等综合评价方法分别确定各级影响因素之间的重要性权重,从而有创新的构建了一个比较完整的虚拟企业执行力影响因素指标体系。
Combining the fuzzy decision - makin g theory with the analysis method of the interested degree in fault tree analysis , the ideas of ensuring the membership degree with the interested degree and establishing fuzzy matrix is put forward , and is testified with the stringent mathematic theory . therefore the efficiency and quantity of fuzzy matrix establishment is improved , and further the field of application of fault tree analysis is developed 将模糊决策原理和故障树分析中的重要度分析法相结合,提出用fv重要度确定隶属度,构造模糊矩阵的思想,并通过严格的数学理论加以证明,有效地提高了模糊矩阵构造质量和效率,进一步拓宽了故障树分析法的应用领域。
It can be known that using pr ( product rule ) method combining with fs ( frame structure ) method can make knowledge expression more convenient and practical . using the " loose & tight coupling " style not only maked for the refresh , expand and administration of knowledges but also can improve the efficiency of system inference . aiming at different inference phases and problems , combining rbr ( rule _ based reasoning ) with fm ( fuzzy matrix ) reasoning by using different inference mechanism is easy to realize solve strategy of the fuzzy inference mechanism 通过该系统的具体开发可知,采用产生式规则和框架系统相结合的方式,可以使领域知识的表达更加方便、实用;应用松紧耦合的方式建立系统知识库,不仅有利于知识的更新、扩展与管理,而且能提高系统推理的效率;针对制动器设计过程中不同的推理阶段和问题,采用不同的推理机制,将rbr / cbr推理与模糊矩阵推理技术相结合,易于实现不精确推理中问题的求解策略;利用人工智能技术,结合cad / cae手段,是kbe设计方法比较可行的一种实现方式。
Through establishment different rank membership function , builds judgment matrix and uses fuzzy analytic hierarchy process ( fahp ) to draw up the weight considering affects of different parameter in judgment . finally uses m ( ? + ) operator to carry on the fuzzy matrix computation and utilizes fuzzy comprehensive evaluation to judge ssdi system by the result 本文采用模糊分布法构造基本因素对应不同等级的隶属函数,建立了评判矩阵;并根据不同因素在评判中所起的作用,使用模糊层次分析法确定了相应的权重;运用m (