论文标题
高阶犹豫模糊的Choquet积分操作员及其在多个标准决策中的应用
Higher order hesitant fuzzy Choquet integral operator and its application to multiple criteria decision making
论文作者
论文摘要
通常,决策问题所涉及的标准是互动性的或相互依赖的,因此通过使用基于加性措施的传统操作员来汇总它们是不逻辑的。这一验证是我们必须采取模糊措施来建模标准之间的相互作用现象。另一方面,基于犹豫的模糊集的最新扩展,称为高阶模糊集,称为高阶犹豫模糊集(HOHFS)(HOHFS),该集合(HOHF)允许给定元素的成员可以在几种可能的频繁类型的fuzze fuzz fuzze中定义,我们会鼓励fuzzy fuzy for fuzzy fuzy fuzy fuzy hou hou hou,hohfs fuzy fuzy fuzy seps fuzy ho hou hou seps ho hou seps ho hou seps torge sep sep seps nofe ho hohfs sep sep seption。 Choquet积分运算符。这个概念不仅考虑了高阶犹豫模糊论点的重要性,而且还可以反映这些论点之间的相关性。然后,将介绍有关HOHF Choquet积分运营商的聚合属性的详细讨论。为了增强HOHF Choquet积分运营商在决策中的应用,我们首先评估了社会经济发展的适当能源政策。然后,通过采用与Todim技术相关的另一个决策问题(交互式和多标准决策的葡萄牙语中的首字母缩写),进一步验证了拟议的HOHF Choquet Choquet集成运算符技术的效率。
Generally, the criteria involved in a decision making problem are interactive or inter-dependent, and therefore aggregating them by the use of traditional operators which are based on additive measures is not logical. This verifies that we have to implement fuzzy measures for modelling the interaction phenomena among the criteria.On the other hand, based on the recent extension of hesitant fuzzy set, called higher order hesitant fuzzy set (HOHFS) which allows the membership of a given element to be defined in forms of several possible generalized types of fuzzy set, we encourage to propose the higher order hesitant fuzzy (HOHF) Choquet integral operator. This concept not only considers the importance of the higher order hesitant fuzzy arguments, but also it can reflect the correlations among those arguments. Then,a detailed discussion on the aggregation properties of the HOHF Choquet integral operator will be presented.To enhance the application of HOHF Choquet integral operator in decision making, we first assess the appropriate energy policy for the socio-economic development. Then, the efficiency of the proposed HOHF Choquet integral operator-based technique over a number of exiting techniques is further verified by employing another decision making problem associated with the technique of TODIM (an acronym in Portuguese of Interactive and Multicriteria Decision Making).