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Chapter 16 BeiDou Regional Navigation System Network Solution and Precision Analysis

机译:第十六章北斗区域导航系统网络解决方案及精度分析

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In this paper, BeiDou post-mission high precision orbit determination and positioning in network solution mode are researched and implemented under current BeiDou regional navigation system conditions. We made an in-depth analysis of the influence factors, such as ambiguity resolution, orbit precision, reference station selection, inter-station distance, on precision of BeiDou network solution. We analysed the different ambiguity resolution strategy among GEO, IGSO and MEO, and its impact on precision orbit determination and network solution positioning. We conducted an experimental comparison of BeiDou network solution with BeiDou precise point positioning (PPP). With long-term continuous measurement data from Wuhan University BeiDou Experimental Tracking Stations processed, the results show that ambiguity resolution improves all the GEO, IGSO and MEO orbit precision, especially for the along direction and 3D RMS of GEO, IGSO and MEO is 155, 33 and 28 cm respectively, the radial precision is basically better than 10 cm. BeiDou one-day network solution positioning precision is better than 1 cm in horizontal and better than 2 cm in vertical, which is slightly better than BeiDou PPP precision.
机译:本文在当前北斗区域导航系统条件下,研究并实现了北斗任务后高精度轨道确定与定位的网络解决方案。我们对北斗网络解决方案精度的影响因素进行了深入分析,如歧义分辨率,轨道精度,参考站选择,站间距离等。我们分析了GEO,IGSO和MEO之间不同的歧义解决策略,以及它对精确轨道确定和网络解决方案定位的影响。我们对北斗网络解决方案与北斗精确点定位(PPP)进行了实验比较。通过对武汉大学北斗实验跟踪站的长期连续测量数据进行处理,结果表明,歧义度分辨率提高了所有GEO,IGSO和MEO轨道精度,尤其是对于GEO,IGSO和MEO的沿方向和3D RMS值为155的情况,分别为33 cm和28 cm,径向精度基本上优于10 cm。北斗一日网络解决方案的定位精度在水平方向上优于1厘米,在垂直方向上优于2厘米,这比北斗PPP精度稍好。

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