1) λ-fuzzy degree
λ-模糊度
1.
In this paper, the authors introduce the concepts of λ-fuzzy element set and λ-fuzzy generated set and establish the λ-fuzzy degree that can be used to measure the fuzziness of fuzzy set,and discuss the relation between the total mean fuzzy degree, demi-fuzzy degree and λ-fuzzy degree.
引入了λ－模糊因素集、λ－模糊生成集的概念，建立了度量模糊集的模糊性的λ－模糊度，讨论了全平均模糊度、次模糊度及λ－模糊度之间的关系。
2) λ fuzzy measures
λ模糊测度
1.
Multi-attribute decision making with variable weight and relationship based on λ fuzzy measures;
基于λ模糊测度的变权关联多属性决策分析
2.
Research on the relationships among the λ fuzzy measures,Mbius representation and interaction representation;
λ模糊测度及其Mbius变换和关联系数间关系的推导
3.
λ fuzzy measures are calculated based on given information of Shapley and λ values which was provided by decision makers.
考虑到指标间存在交互作用,研究基于λ模糊测度和R-WGA算子方法的课程教学质量评价方法。
3) λ-fuzzy measure
λ-模糊测度
4) λ-fuzzy Measures
λ-可加模糊测度
5) fuzzy λ-maps
模糊λ-映射
6) fuzzy A-homomorphisms
模糊λ-同态
补充资料：几何学模糊度
几何学模糊度
放射学术语。由X线管有效焦点大小，即由几何投影因素所产生的照片模拟、影像边界的不锐利程度，又称半影。几何学模糊度(Hf)是X线成像技术中影像模糊的最主要成因。几何模糊度与有效焦点(F)成正比，与物-片距(c)成正比，与靶-物距成反比。若用公式表示，几何学模糊度的值为：Hｆ=〓〓ｃ〓〓ｂ-ｃ〓〓F(b代表靶-片距)。焦点的大小对产生影像半影的关系很大，用小焦点或微焦点可提高照片的清晰度。例如，放大摄影时C值增加，若用小焦点X线管投照则可弥补由于物-片距增加而增加的几何学模糊度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条