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Use of GLONASS for UTC time transfer

机译:使用GLONASS进行UTC时间传输

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摘要

At present, the applicable spatial techniques used in UTC (Coordinated Universal Time) computation are GPS, TWSTFT (Two-Way Satellite Time and Frequency Transfers) and GLONASS. To enable accuracy and robustness for the generation of UTC, a multi-technique strategy for UTC time transfer is indispensable. Over the last two decades efforts have been made to use GLONASS for accurate time transfer. The first GLONASS time link that presents in UTC was introduced in November 2009, BIPM Circular T 263. For present and future accurate time transfers, GLONASS is comparable to GPS with the same types of observations. In this paper, we first recall principles of the GNSS Common-View and All in View time transfers; we present the technical issues for the use of GLONASS in UTC, i.e. short- and long-term stabilities, frequency biases, calibration and its practical implementation. Finally, we outline the prospects for the use of GLONASS in accurate time transfer.
机译:当前,UTC(协调世界时)计算中使用的适用空间技术是GPS,TWSTFT(双向卫星时间和频率传输)和GLONASS。为了使UTC的生成具有准确性和鲁棒性,UTC时间传输的多种技术策略是必不可少的。在过去的二十年中,人们一直在努力使用GLONASS进行精确的时间传递。 UTC中出现的第一个GLONASS时间链接是BIPM通告T 263于2009年11月引入的。就目前和将来的准确时间传输而言,GLONASS在具有相同观测类型的情况下可与GPS媲美。在本文中,我们首先回顾一下GNSS Common-View和All in View时间传输的原理。我们介绍了在UTC中使用GLONASS的技术问题,即短期和长期稳定性,频率偏差,校准及其实际实现。最后,我们概述了在精确的时间传递中使用GLONASS的前景。

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