基于BDS的航空器追踪监控系统

Flight tracking and monitoring system based on BDS

  • 摘要: 为解决全球航班追踪监控所面临的难题,利用北斗卫星导航系统(BDS)的定位与短报文通信功能,设计了一套基于BDS的航空追踪监控系统. 通过在飞机上加装具备定位和通信功能的机载北斗设备,将实时解算的飞机BDS位置信息和通过机载总线获取的飞机航班号、燃油量等重要参数信息,按照设计的协议周期性自动向布设在地面的接收系统发送追踪监控信息,实现从位置源、通信链路到地面系统完全自主可控的全球航班追踪监控系统. 系统装机后开展了飞行试验,以北斗区域短报文数据接收成功率为指标,分析了飞行阶段对追踪监控性能的影响,结果表明在飞行状态下通信成功率符合预期. 此外,对机载设备存储的BDS与GPS定位数据进行了对比,结果表明BDS航迹和GPS航迹具有良好的一致性. 设计的系统已交付国内航空公司用户,且已服务于日常航班追踪监控.

     

    Abstract: In order to solve the problem of global seamless tracking and monitoring of aircraft, a flight tracking and monitoring system based on positioning and communication function provided by Beidou Navigation Satellite System (BDS) is designed. A newly developed airborne BDS equipment with positioning and communication functions integrated is installed on aircraft by retrofit. The installed BDS equipment calculates the BDS position of the aircraft and acquires important aircraft parameters like flight number, on-board fuel quantity, etc. BDS position and the acquired aircraft parameters, which are packed according to a pre-designed protocol, are sent to user ground system periodically. The whole system, including positioning source, communication link and the receiving system on the ground, is fully independently self-controllable. Flight tests are conducted after retrofit, and test results show that the rate of successful communication meet expectation. Besides, BDS and GPS data collected from flight tests are exported and compared. Flight track generated by BDS and GPS show good consistency through comparison. The designed system has been delivered to airline users for daily use.

     

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