Abstract

The paper considers the methods of high-precision navigation of space geodetic systems. A technology of determining the orbit parameters by kinematic and dynamic methods using GLONASS signals is proposed. It is for the first time that experimental estimates of position errors have been obtained in a study case of Geo-IK-2 spacecraft, with the measurement residuals of the global quantum-optical network being at the level of 0.06 m (RMS).

中文翻译：

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GLONASS辅助的大地测量系统高精度导航

摘要

本文考虑了空间大地测量系统的高精度导航方法。提出了一种利用GLONASS信号通过运动学和动力学方法确定轨道参数的技术。在Geo-IK-2航天器的研究案例中，这是首次获得位置误差的实验估计，全球量子光学网络的测量残差为0.06 m（RMS）。