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The method of time synchronization based on the combination of COMPASS GEO pseudo-range and two-way data

机译:基于COMPASS GEO伪距和双向数据相结合的时间同步方法

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This paper presents a time synchronization method based on the COMPASS code measurements in combination with two-way transfer ranging, which results the clock offset between COMPASS GEO satellite and the ground station. The clock offset of COMPASS G3 satellite on board is computed by using the data observed on October 2010. In order to verify the accuracy of this method, the results are compared with the results, which are determined only by pseudo-range observation. By comparison and analysis, the following facts can be drawn. ○1 The precision of navigation satellite clock bias is better than 10 ns, when the clock bias is calculated by the new method. There is no systematic error between our results and clock bias deduced from precise satellite orbit. ○2 The new method can separate satellite orbit and clock bias, it is beneficial to researching satellite clock bias.
机译:本文提出了一种基于COMPASS码测量并结合双向传输测距的时间同步方法,该方法导致了COMPASS GEO卫星与地面站之间的时钟偏移。使用2010年10月观测到的数据计算出COMPASS G3卫星的时钟偏移量。为了验证该方法的准确性,将结果与仅通过伪距观测法确定的结果进行了比较。通过比较和分析,可以得出以下事实。 ○1当使用新方法计算出时钟偏差时,导航卫星时钟偏差的精度优于10 ns。从精确的卫星轨道推断出的结果与时钟偏差之间没有系统误差。 ○2新方法可以将卫星轨道和时钟偏差分开,有利于研究卫星时钟偏差。

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