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The Application of Variable Fuzzy Sets Theory in Coastal Waterway Selection

机译:可变模糊集理论在沿海水路选择中的应用

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Variable fuzzy set theory (VFS) has evolved into a valuable method to solve multi-criteria decision making problems under fuzzy environments. This paper is concerned with the exposition of VFS theory and its application on coastal waterway selection. First, basic conceptions of VFS theory are described including relative difference function and relative membership function with interval values. Then a variable fuzzy optimization model is presented to get ranking order of all alternatives based on VFS. Finally, an example of coastal waterway selection for Yangshan Port (Phase I) is given, and the ranking order of all alternative is deduced by VFS theory, considering the uncertainty in port authority, shipowner and society. The results show that the evaluation process is reasonable, steady and easy to use in practice, which would be widely applied in port and waterway engineering.
机译:可变模糊集合理论(VFS)进化成了解决模糊环境下的多标准决策的有价值的方法。本文涉及VFS理论的阐述及其对沿海水路选择的应用。首先,描述了VFS理论的基本概念,包括具有间隔值的相对差异函数和相对隶属函数。然后提出了一种可变模糊优化模型,以获得基于VFS的所有替代品的排序顺序。最后,给出了阳山港口(阶段I)的沿海水路选择的例子,所有替代品的排名顺序被VFS理论推断出,考虑到港口权威,船东和社会的不确定性。结果表明,在实践中,评估过程是合理的,稳定且易于使用,这将广泛应用于港口和水路工程。

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