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基于GQFD的无人智能化保障装备能力需求分析

Capability Analysis of Unmanned Intelligent Support Equipment Based on GQFD
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摘要 着眼无人智能化保障装备发展问题,为构建智能高效的保障装备体系,在对智能化战争条件下装备保障“任务—能力”进行分析,确定感知战场态势、辅助指挥决策、装备检测维修、物资精准保障4项智能化保障任务和大数据分析处理能力、智能决策能力、多源数据采集能力等9种无人智能化保障装备能力的基础上,运用基于灰色关联分析的质量功能展开方法,建立包含灰色综合关联矩阵的无人智能化保障装备能力需求分析质量屋,得到无人智能化保障装备能力指标重要度排序,大数据分析处理能力重要度为6.890 6,居于首位,该能力是保障装备开展所有保障活动的基础,符合智能化装备保障“以智取胜”的致胜机理;结果表明该模型具有较好的可行性和适用性,验证了该方法在无人智能化保障装备能力需求分析中的可行性和有效性,为下一步无人智能化保障装备建设规划提供了有力参考。 Focusing on the development of unmanned intelligent support equipment,in order to build an intelligent and efficient support equipment system,the task and capability of equipment support are analyzed under intelligent war conditions.On the basis of determining four intelligent support tasks such as battlefield situation perception,auxiliary command and decision making,equipment detection and maintenance,accurate material support and nine unmanned intelligent support equipment capabilities such as big data analysis and processing capability,intelligent decision making capability,multi-source data acquisition capability,the quality function expansion method based on grey correlation analysis is applied to establish the quality house for the capability requirement analysis of the unmanned intelligent support equipment including grey comprehensive correlation matrix,and obtain the importance ranking of unmanned intelligent support equipment capability indicators.The importance of big data analysis and processing capability reaches by 6.8906,ranking the first place.This capability is the basis for all support activities of the intelligent support equipment,and conforms to the winning mechanism of the intelligent equipment support of winning by intelligence.The results show that the model has good feasibility and effectiveness in the capability requirement analysis of the unmanned intelligent support equipment,and provides a strong reference for the next unmanned intelligent support equipment construction planning.
作者 宋豪文 贾红丽 连光耀 张宇 王姗 SONG Haowen;JIA Hongli;LIAN Guangyao;ZHANG Yu;WANG Shan(Department of Equipment Command and Management,Shijiazhuang Campus of Army Engineering University of PLA,Shijiazhuang 050000,China;No.32181 Unit of PLA,Xi an 710032,China)
出处 《计算机测量与控制》 2023年第6期117-122,共6页 Computer Measurement &Control
基金 军内科研基金(LJ20212C01778)。
关键词 智能化战争 装备保障 无人智能化 保障装备 能力需求分析 GQFD intelligent warfare equipment support unmanned intelligence support equipment capability demand analysis grayscale quality function deployment(GQFD)
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