为解决基于Simulink 的导弹稳定控制系统仿真实时性与交互性问题,文中充分融合Simulink和C++语言的优点,利用Simulink 和C＋＋混合编程技术完成导弹制导控制仿真系统模型的建立；并依据HLA 标准将仿真系统改造成一个可与外界交互的联邦成员,最终实现了基于HLA 的可视化的数字仿真试验平台。该系统既可用于全数字仿真,也可经扩展后,进行导弹稳定控制系统的半实物仿真试验,有很好的工程实用价值。

In order to resolve issues including lack of rea-l time and interaction of missile stabilization control system based on Simulink tools,the simulation system was completed by use of Simulink and C＋＋mixed programming technique which can combine the merits of these two language tools.The control model was transformed into a member of the federation which can interact with the other members based on HLA,so the high-level visual simulation testing system was realized based on HLA.Not only is this system suitable for digital simulation test,but also can be extended to the hardware-in-the-loop simulation test of missile’s stabilization control system.This method proposed in this paper has high engineering practice value.