The invention belongs to the technical field of avionics, and particularly relates to a framework of an airborne collision avoidance system. Comprising an A/C equipment response signal, an S-mode response signal and an ADS-B signal. The front-end processing module is used for carrying out data processing on different data sources, and the different data sources comprise the A/C equipment response signal, the S-mode response signal and the ADS-B signal. The monitoring processing module is used for monitoring and tracking targets of different data sources and sending a tracking result to the anti-collision processing module; the anti-collision processing module is used for carrying out anti-collision processing according to the tracking result and generating an alarm suggestion; the monitoring processing module is used for monitoring data sources of an aircraft, multi-scene operation of the aircraft can be supported, selection and fusion of airborne multi-data sources and decoupling of an algorithm and equipment can be supported, and the supported algorithm can be suitable for different aircrafts or equipment platforms.
本发明属于航空电子技术领域,尤其涉及一种机载防撞系统的架构。包括:所述前端处理模块用于对不同数据源进行数据处理,所述不同数据源包括:A/C设备的应答信号、S模式应答信号、ADS‑B信号;所述监视处理模块用于对不同数据源的目标进行监视跟踪,并将跟踪结果发送给防撞处理模块;所述防撞处理模块用于根据跟踪结果进行防撞处理,生成告警建议;所述监控处理模块用于对飞机本身的数据源进行监控,可以支持航空器多场景的运行,能够支持机载多数据源的选择与融合以及算法与设备的解耦,支持算法可以适用不同的飞机或者设备平台。
Framework of airborne collision avoidance system
一种机载防撞系统的架构
2023-03-28
Patent
Electronic Resource
Chinese