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首页> 外文期刊>Computers & Industrial Engineering >A large scale group decision making approach in healthcare service based on sub-group weighting model and hesitant fuzzy linguistic information
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A large scale group decision making approach in healthcare service based on sub-group weighting model and hesitant fuzzy linguistic information

机译:基于子组加权模型的医疗服务中的大规模组决策方法和犹豫不决的模糊语言信息

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摘要

Globally growing demand for healthcare has highlighted increasing requirements for healthcare management. Healthcare management is complex, and multi-faceted, with many stakeholders, all of whose opinions require consideration. Multi-criteria group decision making is thus necessary for effective healthcare decision making. The aim of this paper is to develop a large-scale group decision making (LSGDM) approach for healthcare management decision-making. Hesitant fuzzy linguistic term sets (HFLTSs) are used to describe the decision information. A clustering method based on the ideal points is proposed to cluster the decision makers (DMs) into several sub-groups. Then DMs' preferences are fused by possibility distributed extended HFLTSs (PDEHFLTSs) so as to retain as much as decision information as possible. Based on the sub-group size and the proposed hesitant entropy of PDEHFLTSs, a sub-group weighting model is developed to derive the ranking with multiples and interval forms of the sub-group weights. The final weights of sub-groups are then determined by an optimization model which is derived by calculating the shortest distance from the PDEHFLTS positive ideal solution and the farthest distance from the PDEHFLTS negative ideal solution. An example for healthcare management is presented to illustrate the validity of the proposed model.
机译:全球对医疗保健的需求强调了对医疗保健管理的增加。医疗保健管理是复杂的,多样化,有许多利益相关者,所有的意见都需要考虑。因此,有效医疗决策是必要的多标准组决策。本文的目的是为医疗保健管理决策制定大规模群体决策(LSGDM)方法。犹豫不决的模糊语言术语集(HFLTS)用于描述决策信息。提出了一种基于理想点的聚类方法来将决策者(DMS)集成为几个子组。然后,DMS的偏好是通过分布式扩展HFLTS(PDEHFLS)的可能性融合,以便尽可能地保留与决定信息一样多。基于子组大小和所提出的PDehfls犹豫不决的熵,开发了子组加权模型,以推导出倍数和间隔形式的子组权重的排名。然后通过通过计算从Pdehflts正理想的距离的最短距离和距离Pdehflts负面理想解决方案来导出的优化模型来确定子组的最终重量。提出了医疗管理的示例以说明所提出的模型的有效性。

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