一种武器装备虚拟训练平台开发方法及其应用

Developing Method and Application of Virtual Reality Training Apparatus for Weapon Equipment

在"对象-行为-条件-响应-状态"虚拟训练原型基础上,采用轻量化的三维引擎,外观与机理相结合对武器装备的操作使用进行建模仿真,建立了"任务-动作"双层任务管理机构和基于AHP权重累加的虚拟操作分析评估模型,对复杂模型分层规划控制与优化,形成一整套虚拟训练平台开发解决方案,既可单人也可多人协同训练、既可自主学习也可引导训练、既可配置科目也可量化考核评估,满足装备操作训练需求,在新武器装备的操作培训中成功应用。

A method of weapon equipment VR training apparatus based on the ＂Object-Behavior-Condition-Respond-Status＂prototype was provided,in which the lightweight 3D engine was adopted,and the operational use modeling and simulation by the combination of appearance and mechanism of weapon equipment were proceeded,a ＂task-action＂double task management mechanism and a Virtual operating analysis evaluation model based on AHP weight accumulation were established to have a hierarchical planning control and optimization of complex model in order to form a set of virtual training platform development solutions with which a single or multi person cooperative training can be proceeded. People can use it to do self-regulated learning or as a training guide,and the subjects also can be quantified assessment or can be configured. It can meet the demand of equipment operation training and can be successfully applied in the new weapons and equipment operation training.