摘要
在构造无人机可靠性评价指标体系的基础上,引入可拓学理论物元模型构建综合评价模型,通过可拓学集合论相关函数得到无人机可靠性评价指标等级关联度,应用AHP得到评价体系中各评价指标间的权重值,从而确定无人机可靠性等级的综合关联度,最后评估无人机可靠性所处的评价水平。结合某部无人机实际使用情况验证了评价模型的可行性,反映出该模型能够科学有效地评价可靠性水平。
Based on the establishment of the UAV reliability evaluation system,the extenics theoretical matter-element mod el is introduced to construct the UAV reliability comprehensive evaluation model,and the UAV reliability evaluation index level cor relation degree is obtained through the extenics theory.The analysis method obtains the weight relationship among the indicators in the evaluation model,and then determines the comprehensive relevance degree of the reliability level of the UAV,and finally ob tains the evaluation level of the reliability of the UAV.The feasibility of the evaluation model is verified by the combination of the two types of UAVs,which reflects the scientific and effective evaluation of the reliability level.
作者
葛峰
韩建立
林云
张光宇
高松
GE Feng;HAN Jianli;LIN Yun;ZHANG Guangyu;GAO Song(Navy Aviation University,Yantai 264001;No.92419 Troops of PLA,Xingcheng 125106;No.91115 Troops of PLA,Zhoushan 316000)
出处
《舰船电子工程》
2019年第11期172-175,共4页
Ship Electronic Engineering
