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基于诱导有序加权证据推理方法的装备使用质量综合评价

Comprehensive Evaluation of Equipment Operational Quality Based on Induced Ordered Weighted Evidential Reasoning Method
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摘要 针对装备质量评价工作涉及的因子赋权以及通过调查问卷进行评价时存在合理的“信息缺失”等问题,采用诱导有序加权证据推理(induced ordered weighted evidential reasoning,IOWER)方法进行装备使用质量评价。分析多策略的合成赋权方法,介绍混合赋权策略,利用Matlab实现求解;分析不完全信息下基于证据推理的装备使用质量综合评价,并对某炮兵营装备的使用结果进行分析。分析结果表明,运用IOWER方法有利于得出更准确的评价结论。 In view of the factor weighting involved in the equipment quality evaluation and the reasonable“lack of information”in the evaluation through the questionnaire,the induced ordered weighted evidential reasoning(IOWER)method is used to evaluate the equipment service quality.The synthetic weighting method of multi strategy is analyzed,the mixed weighting strategy is introduced,and the solution is realized by MATLAB;This paper analyzes the comprehensive evaluation of equipment use quality based on evidence reasoning under incomplete information,and analyzes the use results of equipment of an artillery battalion.The analysis results show that the use of IOWER method is conducive to draw more accurate evaluation conclusions.
作者 王志 李星新 于永利 Wang Zhi;Li Xingxin;Yu Yongli(Shijiazhuang Campus,Army Engineering University of PLA,Shijiazhuang 050003,China)
出处 《兵工自动化》 2023年第7期5-9,25,共6页 Ordnance Industry Automation
关键词 诱导有序加权证据推理(IOWER) 不完全信息 使用质量 综合评价 赋权策略 induced ordered weighted evidential reasoning(IOWER) incomplete information operational quality comprehensive evaluation weighting strategy
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