Multi-GNSS time transfer with CGGTTS-V2E

P. Defraigne, Katrijn Verhasselt
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引用次数: 13

Abstract

A software tool was developed at the Royal Observatory of Belgium for building the CGGTTS products from the RINEX observation and navigation files provided by the GNSS receivers. This software has been completely re-built in order to increase the robustness, the computation speed, and to include GPS, GLONASS, BeiDou and Galileo. The first part of the paper describes this new software tool. Then some time transfer experiments are realized for a short and a long baseline, comparing the results obtained from single-constellation with the multi-constellation solutions. We show that even with an incomplete constellation, Galileo already provides time transfer results with nearly the same quality as GPS for the short baseline, and 1.5 times better for the long baseline time link. Combining GPS and Galileo satellites furthermore improves the time transfer link with respect to the GPS-only or Galileo-only solutions, reducing the noise by a factor of about 1.4. Adding moreover BeiDou satellites in the combination gives a solution similar to the solution obtained from GPS+Galileo.
使用cggttts - v2e进行多gnss时间传输
比利时皇家天文台开发了一种软件工具,用于根据GNSS接收机提供的RINEX观测和导航文件构建CGGTTS产品。为了提高鲁棒性和计算速度,对该软件进行了完全的重新构建,并包括GPS, GLONASS,北斗和伽利略。论文的第一部分介绍了这个新的软件工具。然后分别在短基线和长基线下进行了时间传递实验,比较了单星座解和多星座解的结果。我们表明,即使在不完整的星座中,伽利略已经提供了与GPS在短基线下几乎相同质量的时间传递结果,并且在长基线时间链路上比GPS好1.5倍。结合GPS和伽利略卫星进一步改善了时间传输链路相对于GPS或伽利略的唯一解决方案,减少了约1.4倍的噪声。此外,在组合中加入北斗卫星,得到的解类似于GPS+伽利略得到的解。
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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