On the effect of uncompensated latencies on trajectory reconstruction for surveillance performance monitoring

Carlos A. Chuquitarco Jiménez, Joaquín Vico Navarro, Cecilia Claramunt Puchol, J. Balbastre
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Abstract

In this paper we present the outcomes of the validation of a new error model for ADS-B data that could be used to improve the Opportunity traffic reconstructor (OTR) module of the EUROCONTROL SASS-C suite. The new error model simplifies former models considering just a time bias due to uncompensated latencies, thus neglecting space bias terms representing the drift caused by inertial navigation systems. Moreover, the error model computes the ADS-B error covariance matrix from the reported positions, leading to a more accurate estimation of the measurement noise. Several numerical experiments have been conducted using a test bench implemented in Matlab® to showcase the potential improvement provided by the proposed new error model.
非补偿延迟对监视性能监测轨迹重建的影响
本文介绍了一种新的ADS-B数据误差模型的验证结果,该模型可用于改进EUROCONTROL SASS-C套件的Opportunity交通重构器(OTR)模块。新的误差模型简化了以前的模型,只考虑了由于未补偿延迟引起的时间偏差,从而忽略了表示惯性导航系统引起的漂移的空间偏差项。此外,误差模型根据报告的位置计算ADS-B误差协方差矩阵,从而更准确地估计测量噪声。使用Matlab®实现的测试台进行了几个数值实验,以展示所提出的新误差模型提供的潜在改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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