基于Grey-AHM的雷达装备保障性评估
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摘要
针对雷达装备保障性评估指标的不确定性与多层次性问题,在梳理整合雷达装备保障性评估内容构成要素的基础上,构建了雷达装备保障性评估指标体系,应用属性层次模型对评估指标进行赋权,引入灰色系统理论,设计了基于GreyAHM的雷达装备保障性评估模型及算法,介绍了评估步骤,最后给出实例计算和结果分析,通过实例验证了该方法的合理性和有效性,分析表明评估结果可用于雷达装备保障性设计研制和优化改进。
According to the uncertainty and multilevel issues in supportability evaluation index of radar equipment,and on the basis of carding and integrating the elements of supportability evaluation,an index system of supportability evaluation of radar equipment is established,Attribute Hierarchy Model is Applied to determine the weight of evaluation indicators,Grey Evaluation Theory is introduced,the model and algorithm of supportability evaluation of radar equipment based on Grey-AHM are designed. The evaluation steps are introduced,and finally examples of calculations and results analysis are given. The validity and effectiveness of this method is proved through an example calculation,the analysis shows that the evaluation results can be used for design,optimization and improvement of supportability of radar equipment.
According to the uncertainty and multilevel issues in supportability evaluation index of radar equipment,and on the basis of carding and integrating the elements of supportability evaluation,an index system of supportability evaluation of radar equipment is established,Attribute Hierarchy Model is Applied to determine the weight of evaluation indicators,Grey Evaluation Theory is introduced,the model and algorithm of supportability evaluation of radar equipment based on Grey-AHM are designed. The evaluation steps are introduced,and finally examples of calculations and results analysis are given. The validity and effectiveness of this method is proved through an example calculation,the analysis shows that the evaluation results can be used for design,optimization and improvement of supportability of radar equipment.
引文
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[7] WANG Yongjie. Supportability evaluation method of radar based on fuzzy grey theory[J]. Modern Defence Technology,2015,43(2):159-164.
[8] JONATHAN Templin,LAINE Bradshaw. Hierarchical diagnostic classification models:a family of models for estimating and testing attribute hierarchies[J]. Psychometrika,2014,10(7):317-339.
[9] CHU Xi,ZHOU Xiaotian,SHI Zhenhin. A fuzzy evaluation method of meteorological service satisfaction degree based on AHM[J]. Journal of Arid Meteorology,2014,32(3):487-490.
[10] GAO Chan,ZHANG Zhaoyuan. The assessment of disaster caused by the yunnan earthquake based on attribute hierarchy model[J]. Journal of Luoyang Normal University,2016,35(2):3-8.
[2] XU Zongchang. Supportability engineering[M]. Beijing:Weaponry Industry Press,2000.
[3] QIAO Yujing. The primary application of the database package management for the quality and reliability in the servo mechanism product[J]. Manned Space Flight,2009,16(1):46-50.
[4]宋太亮.装备综合保障实施指南[M].北京:国防工业出版社,2006.SONG Tailiang. Integrated logistics support guide[M]. Beijing:National Defense Industry Press,2006.
[5] LI Binhui,CHEN Mingxun,QIAN Jiangang. Effectiveness evaluation of the naval point air defense early warning based on grey analytic hierarchy process[J]. Journal of Naval Aeronautical and Astronautical University,2011,26(1):101-104.
[6] DENG Julong. Grey theory basis[M]. Wuhan:Huazhong University of Science&Technology Press,2002.
[7] WANG Yongjie. Supportability evaluation method of radar based on fuzzy grey theory[J]. Modern Defence Technology,2015,43(2):159-164.
[8] JONATHAN Templin,LAINE Bradshaw. Hierarchical diagnostic classification models:a family of models for estimating and testing attribute hierarchies[J]. Psychometrika,2014,10(7):317-339.
[9] CHU Xi,ZHOU Xiaotian,SHI Zhenhin. A fuzzy evaluation method of meteorological service satisfaction degree based on AHM[J]. Journal of Arid Meteorology,2014,32(3):487-490.
[10] GAO Chan,ZHANG Zhaoyuan. The assessment of disaster caused by the yunnan earthquake based on attribute hierarchy model[J]. Journal of Luoyang Normal University,2016,35(2):3-8.