导弹动力系统操作训练虚拟仿真器的设计

Design of Missile Power System Operation Training Simulation in Virtual Environment

根据日常训练的需要,设计了导弹动力系统操作训练虚拟仿真器。在深入分析操作规程的基础上,建立该仿真器基于HLA的分布式仿真结构。并对联邦成员内部的仿真逻辑、三维实体建模,基于数据手套和空间方位跟踪仪的人机交互等关键技术进行了研究。

In order to meet exercise request, the virtual reality operation training simulator（VROTS） of the missile power system was studied. Based on deep analysis of real operational process, the distributed simulation configuration of this system that based on high level architecture（HLA） was proposed, and some key technologies such as inner simulation logic of the federation member, three-dimensional object modeling, and human-machine interaction technology that based on data-glove and orientation tracker were also studied.