1) fuzzy similarity-ratio
模糊相似比
1.
A simple and quick algorithm, integrated with weighted distribution and Hamming distance, is derived from the principle of fuzzy similarity-ratio.
从模糊相似比原理出发,推证出一种简捷的快速算法,并综合了权重和海明距离两方面因素,从而使模糊相似比方法得到改进。
2) fuzzy analogy preferred ratio
模糊相似优先比
1.
Aiming at the tender evaluation of construction projects,fuzzy analogy preferred ratio was introduced and the tender evaluation model was established based on fuzzy analogy preferred ratio,which was then used in the assessment evaluation study.
针对建设项目评标问题,提出将模糊相似优先比引入到评标中,建立基于模糊相似优先比的评标模型并应用于对投标单位的评估研究。
2.
According to the incompleteness and uncertainty of information of sewage treatment project in small town,the decision model of the sewage treatment project in small town is built based on fuzzy analogy preferred ratio.
根据小城镇污水处理方案影响因素具有不完全性和不确定性的特点,建立了小城镇污水处理方案的模糊相似优先比决策模型,在该模型中,定义了模糊相似比,构造了污水处理方案影响因素的模糊相似优先关系,利用层次分析法确定了各影响因素的权重,从整体上找出了与理想方案最为相似的处理方案。
3) Fuzzy similar priority comparison
模糊相似优先比
1.
Application of fuzzy similar priority comparison on predicting the bid of landscape engineering projects;
模糊相似优先比在预测园林绿化工程项目投标报价上的应用
4) fuzzy similarity priority ratio
模糊相似优先比
1.
Considering the result of fuzzy similarity priority ratio, the studied area was divided into 3 climatic regions: the suitable .
81%;结合模糊相似优先比的结果,将研究区区划为南洋楹适宜发展区、南洋次适宜发展和南洋楹控制发展区3个气候区。
2.
The weather division was done in 23 counties in Yimeng Mountion Area by usingfuzzy similarity priority ratio.
应用模糊相似优先比,对沂蒙山区23个县(市)进行果树气候区划,结果与山东省果树研究所测定的果树品质理化指标相吻合,为沂蒙山区开展以林为主、多种经营,发展名优特产品,加快农民脱贫致富,提供决策依据。
3.
Considering the result of fuzzy similarity priority ratio,the main re-gio ns fo r intro ductio n o f S lash pine(Pinus elliottii Engelm)in China was divided into 3 climatic regio.
选择了16个与水热状况有关的气象因子,作R型主成分分析,用前5个主成分坐标作模糊ISODATA聚类分析,将研究区划分为5类;用逐步判别分析建立了各类的判别函数式,回判准确率为89,35%;然后结合模糊相似优先比的结果,将我国湿地松主要引种区划分为气候最适宜引种区、气候适宜引种区和气候次适宜引种区3个气候区,湿热气候最适宜引种亚区、湿润气候最适宜引种亚区、温暖气候适宜引种亚区、温和气候适宜引种亚区4个气候亚区。
5) fuzzy matrix ratio resemble
模糊相似比矩阵
6) fuzzy-similarity-comparison method
模糊相似比较
1.
Quotation system for die and mould based on fuzzy-similarity-comparison method;
基于模糊相似比较的模具报价系统研究
补充资料:比昂斯滕·比昂松
比昂斯滕·比昂松(1832~1910)挪威戏剧家、诗人、小说家。主要作品有剧作《皇帝》、《挑战的手套》,诗集《诗与歌》等。1903年作品《挑战的手套》获诺贝尔文学奖 。获奖理由: “他以诗人鲜活的灵感和难得的赤子之心,把作品写得雍容、华丽而又缤纷”。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。