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Variable fuzzy sets and its application in comprehensive risk evaluation for flood-control engineering system

机译:可变模糊集及其在防洪工程系统综合风险评估中的应用

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摘要

Due to significance of the engineering system for flood control and the multi-dimensional synthesis of the risk evaluation issue that the paper selects typical risk indexes to classify risk degree of flood-control engineering. Under global view of system that the variable fuzzy sets method is presented to set up comprehensive evaluation model for flood-control engineering system (FCES). The method can scientifically and reasonably determine membership degrees and relative membership functions of disquisitive indexes at level interval that relating to engineering, also it can fully use one's experience and knowledge, qualitative and quantitative information of index system to obtain weights of indexes for operating comprehensive risk evaluation for FCES. The numerical example shows that the proposed method is feasible and effective, and the evaluation results are reasonable.
机译:由于防洪工程系统的重要性和风险评估问题的多维综合,本文选择典型的风险指标对防洪工程的风险等级进行分类。在系统全局下,提出了可变模糊集方法,建立了防洪工程系统综合评价模型。该方法可以科学,合理地确定与工程有关的水平区间内各指标的隶属度和相对隶属函数,也可以充分利用自己的经验和知识,指标体系的定性和定量信息来获取经营综合风险指标的权重。 FCES评估。数值算例表明,该方法可行,有效,评估结果合理。

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