摘要
针对当前航天侦察支援多域联合作战效率低,难以融入多域联合作战的矛盾问题,提出一种航天侦察数字孪生系统及运用设想。利用数字孪生系统能将虚拟域与物理域两个世界双向关联、双向驱动的特性,将航天侦察资源状态向用户透明,并向用户提供虚拟侦察任务规划能力,为用户更好“知天用天”成为了可能;同时,解放了航天侦察力量生产力,极大减少会商协调的频次,将精力更多用于情报生产。最后,提出了航天侦察数字孪生系统的主要技术需求,为后续的研究和建设提供支撑。
A digital twin system for aerospace reconnaissance and its application plan are proposed to address the contradiction of low efficiency and difficulty in integrating into multi-domain joint operations in current aerospace reconnaissance support.By utilizing the digital twin system s ability to bi-directional associate and drive the virtual and physical worlds,the status of aerospace reconnaissance resources is transparent to users,and virtual reconnaissance task planning capabilities are provided to users,making it possible for users to better“know and use the sky”.At the same time,the productivity of space reconnaissance forces can be liberated.Then,the frequency of consultation and coordination can be greatly reduced.And more energy to intelligence production can be devoted.Finally,the main technical requirements for the aerospace reconnaissance digital twin system are proposed to provide support for subsequent research and construction.
作者
康圣
张静
KANG Sheng;ZHANG Jing(Unit 63921 of PLA,Beijing 100010,China;Beijing Business School,Beijing 100010,China)
出处
《电讯技术》
北大核心
2024年第6期989-994,共6页
Telecommunication Engineering
关键词
航天侦察
情报支援保障
数字孪生技术
技术需求
space reconnaissance
intelligence support
digital twin technology
technical requirements
