摘要
针对军事装备体系的数字化管理和微观可视化需求,进行数据链装备的组件级数字孪生体建模,通过高拟真度的无线数字孪生实体和行为建模,透视通讯装备的无线传输工作机理,并在高拟真战场模拟环境下评估平台状态、地形及电磁环境要素对无线数字孪生体的影响,实现无线数字孪生体与军用通讯实装设备的平行展示和共生演化。无线数字孪生模型可以赋能军用通讯装备的全生命周期管理,支撑沉浸式培训、数字化生产制造车间、场景在环的虚拟样机设计、装备在线健康管理等新业态应用。
In response to the needs for digital management and microscopic visualization of military systems,component-level digital twin modeling of data link equipment is conducted.Through highly fidelity wireless digital twin entities and behavioral modeling,the wireless transmission mechanism of communication equipment is examined.In a highly realistic battlefield situation environment,the impact of platform status,terrain,and electromagnetic environment factors on the working state of wireless digital twins is assessed,achieving a parallel display and homomorphic evolution between wireless digital twins and military communication equipment.Wireless digital twin models can empower the full lifecycle management of military communication equipment,supporting new applications such as immersive training,digital manufacturing workshops,virtual prototype design with scenario integration,and equipment online health management.
作者
张金波
ZHANG Jinbo(Tianjin 712 Communication&Broadcasting Co.,Ltd.,Tianjin 300462,China)
出处
《自动化与仪表》
2024年第9期141-146,共6页
Automation & Instrumentation
