基于HLA的自行防空武器模拟训练系统设计

Simulated Training System Design of Self-Propelled Air Defense Weapon Based on HLA

针对自行防空武器模拟训练系统旨在构建一个逼真、交互性强的仿真环境,操作手可根据操作任务并发地执行操作行为,系统开发采用分布式交互仿真高层体系结构技术。系统硬件平台采用模块化设计。基于USB技术,平台接口采用USB接口加实装信号调理设备的交互系统设计方法。在武器系统作战背景想定基础之上,结合系统操作手设置,对系统联邦成员进行开发,并介绍了系统框架以及仿真对象模型的开发过程。该模拟训练系统的开发可有效提高各操作手操作训练的效率。

In order to build up a realistic and interactive simulation environment that the operator can ope-rate concurrently to perform task behavior,the development of simulated training system made use of the High Level Architecture（HLA）technique of distributed and interactive simulation.Hardware platform of the system adopted modular design.Based on the USB technology,the platform＇s interface was designed to use interactive system design method combined USB interface with actual signal coordinating equipment.Based on the background and the operator arrangement of simulated training system,the federate of the system was developed,and the development process of system frame and simulation object model were introduced.The simulated training system can effectively improve the efficiency of operational training.