基于HLA的地地导弹操作训练仿真系统设计

Development of Surface-to-Surface Missile Operation Training Simulation System Based on HLA

针对地地导弹操作训练的全天候需求,提出了一种基于HLA的分布式导弹发射操作仿真体系结构。在对各功能模块进行需求和能力分析的基础上,以组件重用和系统可扩展为目标,运用HLA分布式技术进行系统分析和功能划分,设计了联邦对象并实现了联邦开发,组建了分布式仿真系统,并就设计开发过程中的关键技术如联邦成员框架结构设计、FOM/SOM设计、仿真运行机制等分别做了研究。仿真结果显示该仿真系统设计合理、逻辑正确、组件通用性好。

A launching operation simulation system of surface-to-surface missile based on High Level Architecture was proposed in order to meet the all-weather requirements of operation training. Based on the analysis of each function modules＇ demand and ability, aiming at improving components reusability and simulation system extensibility, using HLA distributed technology to carry through the system analysis and function partition, federation objectives were defined and followed by federation development. Distributed simulation system was established successfully. The key techniques during developing this system, such as federate framework design, FOM/SOM design, 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 due to individual needs.