ADS-B error estimation and correction in the PHOENIX tracker

A. Mathias
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引用次数: 1

Abstract

ADS-B, while acclaimed as a very accurate source of airplane positions, currently shows practical inaccuracies that can only by explained by the lack of GPS data. There is evidence that indicates that, in many cases, inertial navigation data is transmitted instead. This paper explains the algorithm based on multiradar tracking data to compensate the offsets within the PHOENIX tracker, which allows the use of the high relative accuracy and update rate of the ADS-B position data for tracking.
PHOENIX跟踪器ADS-B误差估计与校正
ADS-B虽然被誉为非常准确的飞机位置来源,但目前显示出实际的不准确性,这只能通过缺乏GPS数据来解释。有证据表明,在许多情况下,惯性导航数据被传输。本文介绍了基于多雷达跟踪数据补偿PHOENIX跟踪器内部偏移的算法,该算法可以利用ADS-B位置数据的相对精度和更新速度进行跟踪。
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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