摘要
地地导弹武器系统较为庞大、造价昂贵且实战机会少。为了满足对其发射控制系统进行研究、评估和训练的需要,提出了一种基于HLA的仿真系统体系结构。在对系统各功能模块进行了需求和能力分析的基础上,以组件的重用和系统的可扩展为目标,设计各联邦成员模块功能,实现了联邦总体开发,成功组建了分布式仿真系统。并就系统开发设计过程中的关键技术,如系统总体框架、联邦成员规划、FOM/SOM设计、仿真运行等分别做了研究。仿真结果显示系统设计合理,组件通用性较好,为导弹发射控制系统的研究、评估和训练提供了一个良好的仿真平台。
Surface -to- surface missile weapon system is very huge and costly, and it has little opportunity to join actual combat. A launching control simulation system of surface - to - surface missile based on High Level Architecture was proposed in order to meet the requirements of study, evaluation and trainning. Based on the structural research of the system, each function modules＇ demand and ability were analyzed. Aiming at improving the component reusability and simulation system extensibility, the module function of each federate was designed and followed by federation development. A distributed simulation system was established successfully. The key techniques for developing this system, such as system framework, federate programming, FOM/SOM design, and the run mechanism of simulation and so on were studied. Simulation result shows that the simulation system meets user＇s needs perfectly, and each component can be customized according to individual needs, which provides a good simulation platform for studying and evaluating the launching control system.
出处
《计算机仿真》
CSCD
2008年第10期54-58,共5页
Computer Simulation
