摘要
通过监控系统对大型分布式仿真系统进行监控,是分布式仿真中的重要环节。在基于HLA的机载火控雷达分布式对抗仿真系统的监控系统中,通过利用运行支撑环境(Run-time Infrastructure,RTI)以及对HLA的分布式接口的设计,实现了监控系统与仿真系统的交互通信。利用墨卡托投影理论对接收数据进行了坐标转换,完成了电子地图生成并对雷达的探测范围标绘及动目标生成和其动态显示过程进行了设计实现。系统的仿真过程效果良好,能即时反应各模块的仿真结果并对仿真系统进行控制。通过对监控系统的实现,使得仿真过程中各模块的信息能快速、直观、灵活地显示,并且使整个仿真系统的可扩展性增强,强化了整个仿真系统的作用。
Monitering system is an important part of large distributed simulation system. In monitor System for Airborne Fire - Control Radar Simulation System based on HLA, through using RTI （ Run - time Infrastructure） and the design of interface, the communication with the whole simulation system is achieved. And, the electronic map generation and data process based on the theory of Mercator＇s projection are accomplished. Lastly the radar detection range plotting, moving target generation and its dynamic display are introduced. The monitering system performs well in simulation process, and has an immediate response to the simulation results and can control the whole system easily. Through implementing the monitering system, the simulation information display can be fast, intuitionistic and flexible, thus making the simulation operation expediently and enhancing the expansibility of the whole simulation system.
出处
《计算机仿真》
CSCD
北大核心
2009年第11期29-32,37,共5页
Computer Simulation
