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Water Quality Assessment Model Based on Index Subset Weights and Its Application

机译:基于指标子集权重的水质评价模型及其应用

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A fuzzy pattern recognition model is applied to the water-quality assessment on the basis of the fact that there exist no clear and absolute boundaries between different grades of water-quality. The model is constructed based on the relative membership degrees in fuzzy sets and it has some superior characteristics compared with the assessment methods applied at present. Furthermore, there are two criteria on how to decide the weights of different objectives, one is the effect of single index on environment pollution, and the other is the mutual-function and the relationship between different indexes. So based on the idea of hierarchical analysis, all indexes are classified into several subsets to take consideration of the interrelation of the indexes of water environment pollution and then the index subset weights are determined qualitatively and quantitatively. A case study is given to show how to use the fuzzy pattern recognition model based on the index subset weights. Key words: relative membership degree; fuzzy pattern recognition; water-quality assessment; hierarchical analysis; index subset weights
机译:基于在不同水质等级之间没有明确和绝对的界限这一事实,将模糊模式识别模型应用于水质评估。该模型是基于模糊集合中的相对隶属度构建的,与目前应用的评估方法相比,具有一些优越的特性。此外,关于如何确定不同目标的权重,有两个标准,一个是单一指标对环境污染的影响,另一个是相互影响和不同指标之间的关系。因此,基于层次分析的思想,将所有指标分为几个子集,以考虑水环境污染指标之间的相互关系,然后定性和定量地确定指标子集的权重。案例研究表明了如何使用基于索引子集权重的模糊模式识别模型。关键词:相对会员度;模糊模式识别水质评估;层次分析;索引子集权重

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