摘要
针对无人机实装机务训练易磨损,成本高等问题,本文采用虚拟现实技术设计了无人机机务岗位的虚拟训练系统,本系统具有设备理论学习、岗位操作训练、理论与操作考核、管理评估等功能。基于UNITY 3D引擎,通过三维建模与管理、交互式操作与评估等技术,实现了良好的人机交互性和评估考核的智能性。经实践表明,该系统满足了日常机务训练需要,对实装训练起到了较好的补充和辅助作用。
Aiming at the problems of UAV maintenance training which wear easily and cost is high;the paper uses virtual reality technology to design a virtual training system of UAV maintenance system. This system has the functions of equipment theory learning,job operation training,theory and operation assessment,management evaluation and so on. Based on unity 3D engine,through 3D modeling and management,interactive operation and evaluation technology,man-machine interaction and intelligence of evaluation and assessment are realized well. The system can meet the needs of daily maintenance training and play a good supplementary and auxiliary role in actual equipment training by practicing.
作者
毕显士
赵延光
黄凯
BI Xian-Shi;ZHAO Yan-Guang;HUANG Kai(Military 92281,Qingdao Shandong266550,China;Military 95579,Qionglai Sichuan611530,China;Military 95737,Chongqing402361,China)
出处
《机电产品开发与创新》
2022年第5期35-38,共4页
Development & Innovation of Machinery & Electrical Products
关键词
虚拟机务训练
交互操作
考核评估
Virtual maintenance training
Interaction operation
Examination and evaluation