基于HLA的机载多传感器探测仿真系统设计与实现

为了缩短机载多传感器探测系统的研发周期,减少开发成本,降低项目风险,机载多传感器探测仿真系统是良好的途径。传统的分布式仿真技术不能解决多平台多传感器联合探测的传感器重用和扩展问题,提出了基于HLA的机载多传感器探测仿真系统。以飞机为平台,首先设计了基于HLA分布式仿真技术的机载多传感器探测仿真系统的整体架构,然后完成了各联邦成员的功能设计及FOM表设计,给出了各机载传感器之间的信息交互关系,最后建立了分布式仿真系统,实现了机载多传感器探测仿真系统的可视化,典型空战场景下的机载多传感器探测仿真系统实例结果表明:各联邦成员之间实现了数据流通,且仿真数据准确无误,可实现机载多传感器的重用和扩展,为实际的工程应用提供了良好的仿真验证平台。

Design and Realization of Airborne Multi-sensor Simulation Detection System Based on HLA

In order to the shorten development period,reduce the cost of research and minimize the project risks,the airborne multi-sensor simulation detection system provided a good way.Traditional distributed simulation technology could not solve the reusability and expandability problems of airborne multi-sensor detection,so the airborne multi-sensor simulation detection system based on HLA was designed.Taking the aircraft as a platform,an overall architecture of airborne multi-sensor detection simulation system based on HLA distributed simulation technology was proposed,the function of federation objectives and FOM were designed and implemented,the interactions of airborne sensors were demonstrated,the distributed simulation system was established and visualization of the system was realized.The classical air combat was testified on the simulation system.The results show that intercommunications among federal members ware efficient,and the simulation data is accurate.The reusability and expandability of airborne multi-sensor can be realized and it provides a reliable simulation model for practical engineering applications.