基于3D虚拟现实技术的弹药检测虚拟训练系统设计

Design of a virtual training system for ammunition detection based on 3D virtual reality technology

摘要:

目前提出的弹药检测虚拟训练系统接收检测信号接收率较低，检测虚拟训练成功率较低。基于3D虚拟现实技术设计一种新的弹药检测虚拟训练系统，硬件由主控操作机、检测总线接口以及资源测试器组成，软件部分在3D虚拟现实技术下构建虚拟空间，在开放式软件结构构建的基础上进行检测指标划分，对用户界面的文件进行整改，按照弹药检测的指标数据提升整改的方向正确性，选用自检公式对检测的信息进行系统自检，依据检测到的问题的发生形式判断下一次问题发生的触发机制，由此避免下一次问题的产生，从而实现软件流程。实验结果表明，基于3D虚拟现实技术的弹药检测虚拟训练系统能有效提高信号接收率，增强虚拟训练接收成功率，具有较强的应用性。

Abstract:

At present, the ammunition detection virtual training system has a low receiving rate and a low success rate of detection virtual training. Based on 3D virtual reality technology, a new ammunition detection virtual training system is designed. The hardware is composed of main control machine, detection bus interface and resource tester. The software part constructs virtual space under 3D virtual reality technology, divides detection indexes on the basis of open software structure, and rectifies user interface files according to the number of ammunition detection indexes According to the direction correctness of the improvement, the self check formula is selected to carry out system self inspection on the detected information, and the trigger mechanism of the next problem is judged according to the occurrence form of the detected problem, so as to avoid the next problem and realize the software flow. The experimental results show that the ammunition detection virtual training system based on 3D virtual reality technology can effectively improve the signal receiving rate, enhance the success rate of virtual training, and has strong applicability.