摘要
针对目前部队核应急处置训练中存在“场景无印象、危害无感知”的现实问题,结合前期开展的一系列核应急处置基础研究工作,介绍某型装备典型核事故场景模拟训练系统的设计方案与具体实现过程,包括系统架构、拓扑结构、内部接口关系、运行流程、分系统组成与功能、支撑模型和交互训练道具设计等内容。通过实例分析与流程推导,证明其在实际运用中能够取得良好的训练效果,满足单兵技能、战术协同、应变能力训练和效能考核评估等方面要求,可为部队核应急能力提升提供技术支持。
In view of the practical problems of"no impression of scene and no perception of harm"in the current military nuclear emergency response training,and combined with a series of basic research work on nuclear emergency response carried out in the early stage,the design and implementation process of a nuclear accident scenario simulation training system of military equipment are introduced,including system architecture,topology structure,interface relationship,operation process,composition and function of subsystem,support model and interactive training props design.The example analysis and process deduction prove that the method can achieve good training effect in practical application,meeting the requirements of individual skills,tactical coordination,strain ability training and effectiveness assessment,and provide technical support for improvement of military nuclear emergency capability.
作者
袁伟
李藐
陈显波
YUAN Wei;LI Miao;CHEN Xianbo(Unit 23 of PLA 96901 Troops,Beijing 100094,China)
出处
《应用科技》
CAS
2022年第4期99-106,112,共9页
Applied Science and Technology
基金
预先研究项目(41426050101).
关键词
核事故
场景模拟
训练系统
核应急
虚拟现实
人机交互
仿真运动
效能评估
nuclear accident
scene simulation
training system
nuclear emergency
virtual reality
human-computer interaction
simulation motion
effectiveness evaluation
