Research on Differential Weight Design Model of Power Grid Enterprise Asset Equipment Health Base on Fuzzy Logic and Machine Learning

Jia-xu Cheng, Youzi Wang, Wenxuan Li
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Abstract

Based on fuzzy logic and machine learning to the design and analysis of the basic weight of the asset management health evaluation model, from the subjective weight design and objective weight design two aspects, using analytic hierarchy process and entropy weight method to set the subjective and objective weight, and then through the combination of subjective and objective weight evaluation method, can achieve the effect of learning from each other. For the design of differentiation weight, based on the design of basic weight, the differentiation weight model is constructed by considering the development stage difference of asset health and the regional difference and the dynamic characteristics of evaluation indicators. The weight design model based on differentiation analysis is constructed based on hall 3D model.
基于模糊逻辑和机器学习的电网企业资产设备健康差权设计模型研究
基于模糊逻辑和机器学习来设计和分析资产管理健康度评价模型的基本权重,从主观权重设计和客观权重设计两个方面入手,采用层次分析法和熵权法来设置主客观权重,然后通过主客观权重评价方法的结合,可以达到取长益长的效果。对于差别化权重的设计,在基本权重设计的基础上,考虑资产健康发展阶段差异和评价指标的区域差异及动态特征,构建差别化权重模型。在hall三维模型的基础上,构建了基于差分分析的权重设计模型。
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