民用飞机弹道比较

O. Baud, Y. El-Bied, N. Honore, O. Taupin
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引用次数: 5

摘要

本文研究了在相同空情轨迹上运行的两个跟踪器输出比较所需的算法。跟踪系统提供包含飞机运动学和附加数据的飞机轨迹。跟踪器的精度性能以及跟踪器数据输出的完整性和连续性对于控制器和安全网应用至关重要,这保证了高安全水平。本文描述的比较过程提供了跟踪性能,自动检测跟踪异常,并考虑被测试跟踪器和参考器。参考点由另一个跟踪器给出,或者由传感器模拟器给出一组轨迹。给出了基于实时数据和仿真场景的结果。该方法用于两种不同类型的跟踪器之间的相互验证,在同一跟踪器的两个版本之间执行一些回归测试,或者使用传感器模拟器评估跟踪性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trajectory Comparison for Civil Aircraft
This paper investigates the algorithms needed to compare two tracker outputs running on the same air situation trajectories. Tracking system provides aircraft trajectories containing aircraft kinematics supplemented with additional data. Tracker accuracy performance as well as tracker data output integrity and continuity is essential for controllers and safety nets applications, which guarantee a high safety level. The comparison procedure described in this paper provides tracking performance, automatic detection of tracking anomalies and is performed by considering a tested tracker and a reference. The reference is given by another tracker or a set of trajectories given by a sensor simulator. Results based on live data and simulation scenarios are presented. This method is used for mutual validation between two different types of tracker, perform some regression testing between two releases of the same tracker or assess the tracking performances using a sensor simulator.
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