摘要
回顾了数字孪生技术的主要发展过程,提出了武器系统数字孪生研究和实践的必要性,给出了武器系统数字孪生的定义和组成,分析了数字孪生应用架构和数字主线构建、双向协同仿真与控制、智能自主演进和基于容器仿真云的数字孪生运行支撑等关键技术,阐述了若干关键技术的初步研究与实践,进行了总结和展望。
The main development process of the digital twin technology is reviewed and its necessity for the weapon system is put forward.The definition and composition of the digital twin for the weapon system is given and its application architecture and key technologies,such as the construction of the digital thread,bi-directional collaborative simulation and control,intelligent autonomous evolution,digital twin operation support based on the container-simulation-cloud,et al,are analyzed.The preliminary research and practice of some key technologies is expounded,and the future research directions are summarized and looked forward to.
作者
周军华
薛俊杰
李鹤宇
姬杭
林廷宇
施国强
Zhou Junhua;Xue Junjie;Li Heyu;Ji Hang;Lin Tingyu;Shi Guoqiang(Beijing Complex Product Advanced Manufacturing Engineering Research Center,Beijing Simulation Center,Beijing 100854,China;State Key Laboratory of Intelligent Manufacturing System Technology,Beijing Institute of Electronic System Engineering,Beijing 100854,China;Science and Technology on Space System Simulation Laboratory,Beijing Simulation Center,Beijing 100854,China)
出处
《系统仿真学报》
CAS
CSCD
北大核心
2020年第4期539-552,共14页
Journal of System Simulation
基金
国家重点研发计划(2018YFB1702705)。
关键词
武器系统
数字孪生
数字主线
仿真云
weapon system
digital twin
digital thread
simulation cloud
