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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。
In order to shorten the R & D cycle of airborne multi-sensor detection system, reduce development costs and reduce project risk, airborne multi-sensor detection simulation system is a good way. The traditional distributed simulation technology can not solve the problem of sensor reuse and expansion of multi-platform multi-sensor joint detection, and proposes an airborne multi-sensor detection and simulation system based on HLA. Taking aircraft as a platform, the overall architecture of airborne multi-sensor detection and simulation system based on HLA distributed simulation technology is designed firstly. Then the functional design and FOM table design of each member of the federation are completed. Information interaction, and finally establishes a distributed simulation system to realize the visualization of airborne multi-sensor detection and simulation system. The example of the airborne multi-sensor detection and simulation system in a typical air combat scenario shows that the data flow, And the simulation data is accurate, which can realize the reuse and expansion of airborne multi-sensor, which provides a good simulation verification platform for practical engineering applications.