DETERMINATION OF MOTION PARAMETERS OF SPACE STATION BY USE OF GPS MEASUREMENTS

机译：使用GPS测量确定空间站的运动参数

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We estimate the accuracy of determining the weakly disturbed orbital motion of International Space Station by use of GPS-measurements as well as the accuracy of forecasting such a motion. The measurements are the station coordinates in Greenwich coordinate system. They are received from on board equipment ASN-2401. The mean square errors of approximation of the measurements do not exceed 30 m when the motion is determined in a time interval less than a day. Processing the GPS-measurements in three-hour interval allows making the forecast of the motion on 15 hours forward with an error in the station radius vector not exceeding 400 m at a right choice of ballistic coefficient. Systematic errors in measurements of the station velocity, carried out by equipment ASN-2401, are revealed.

机译：我们估计通过使用GPS测量来确定国际空间站的微扰轨道运动的准确性以及预测这种运动的准确性。测量值是格林威治坐标系中的测站坐标。它们是从船上设备ASN-2401接收的。在少于一天的时间间隔内确定运动时，近似测量值的均方误差不超过30 m。在三个小时的间隔内处理GPS测量值，就可以在向前15小时进行运动预测，并且在正确选择弹道系数的情况下，站半径矢量的误差不超过400 m。揭示了由设备ASN-2401执行的测站速度测量中的系统误差。

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来源
《Saint Petersburg International Conference on Integrated Navigation Systems; 20050523-25; Saint Petersburg(RU)》|2005年|P.205-210|共6页
会议地点 Saint Petersburg(RU)
作者
M.Yu. Belyaev; D.N. Rulev; E.S. Medvedev; V.V. Sazonov; W.Paeffgen;
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作者单位

Korolev Rocket Space Corporation Energia, Lenin Street 4a, Korolev, Moscow Region, 141070, Russia;

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会议组织
原文格式 PDF
正文语种 eng
中图分类导航设备;
关键词
satellite navigation systems; forecast; accuracy;

机译：卫星导航系统；预报；精度;

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专利

1. Determination of Motion of the Mir Orbital Station by GPS Measurements Data [J] . M.Yu. Belyaev, D.N. Rulev, A.N. Chernopyatov Космические исследования . 1999,第3期

机译：GPS测量数据确定Mir轨道站的运动
2. Spin motion determination of the Envisat satellite through laser ranging measurements from a single pass measured by a single station [J] . Jean-Noël Pittet, Jiří Šilha, Thomas Schildknecht Advances in space research . 2018,第4期

机译：通过单站测量的单程激光测距测量确定Envisat卫星的自旋运动
3. THE USE OF GPSSIT (GPS VIRTUAL STATION TECHNIQUE) WITH TOTAL STATION FOR THE MEASUREMENT OF DETAILS IN RESIDENTIAL AREAS [J] . OE. Corumluoglu, I. Kalayci Survey Review . 2007,第303期

机译：将GPSSIT（GPS虚拟车站技术）与总车站配合使用以测量居住区中的细节
4. DETERMINATION OF MOTION PARAMETERS OF SPACE STATION BY USE OF GPS MEASUREMENTS [C] . M.Yu. Belyaev, D.N. Rulev, E.S. Medvedev, Saint Petersburg International Conference on Integrated Navigation Systems . 2005

机译：使用GPS测量确定空间站运动参数
5. Relative navigation and attitude determination using a GPS/INS integrated system near the International Space Station. [D] . Um, Jaeyong. 2001

机译：使用国际空间站附近的GPS / INS集成系统进行相对导航和姿态确定。
6. Research on Strain Measurements of Core Positions for the Chinese Space Station [O] . Jingshi Shen, Xiaodong Zeng, Yuxiang Luo, 2018

机译：中国空间站核心位置的应变测量研究
7. Analytical determination of motion parameters of the center of mass of an uncooperative orbiter on the basis of measurement information provided by on-board systems of a space robot in a coplanar orbit [O] . V. M. Ananenko, A. D. Golyakov, P. V. Kalabin 2019

机译：基于COPLANAR轨道中的空间机器人提供的测量信息，分析确定不合作轨道器的质量的运动参数。
8. Analytical determination of space station response to crew motion and design of suspension system for microgravity experiments [R] . Liu, Frank C. 1987

机译：空间站对机组运动响应的分析确定及微重力实验悬架系统设计

DETERMINATION OF MOTION PARAMETERS OF SPACE STATION BY USE OF GPS MEASUREMENTS

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