The use of GNSS technologies for high-precision navigation geostationary spacecraft

机译：GNSS技术对高精度导航地静止宇宙飞船的使用

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The results of the calculation radiovisibility navigation signals and onboard equipment inter-satellite measurement navigation satellites GLONASS and GPS from the geostationary orbit. The analysis of the possibilities of creating high-precision navigation tools geostationary spacecraft receivers based on global navigation satellite systems.

机译：计算放射性地导航信号和落地设备卫星间测量导航卫星的卫星和GPS从地球静止轨道的轨道。基于全球导航卫星系统的地静止航天器接收机创建高精度导航工具的可能性分析。

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《International Siberian Conference on Control and Communications》|2015年||共4页
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Fateev Yu.L.; Dmitriev D.D.; Tyapkin V.N.; Kremez N.S.; Ratushnyak V.N.;
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中图分类通信;
关键词
geostationary orbit; global navigation satellite system; inter-satellite measurement; spacecraft;

机译：地球静止轨道;全球导航卫星系统;卫星间测量;航天器;

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1. Autonomous navigation of service spacecrafts on geostationary orbit using GNSS signals [J] . Konin V. V., Shyshkov Fedir Radioelectronics and Communications Systems . 2016,第12期

机译：使用GNSS信号在对地静止轨道上对服务航天器进行自主导航
2. Autonomous Navigation During the Final Ascent of a Spacecraft into the Geostationary Orbit. Ⅱ. Simulation of Operation of an Integrated Autonomous SC Navigation and Control System [J] . A. P. Voiskovskii, D. A. Kozorez, M. N. Krasilshchikov, Journal of Computer and Systems Sciences International . 2016,第5期

机译：在航天器最终上升到地球静止轨道期间的自主导航。 Ⅱ。集成式自主SC导航和控制系统的运行仿真
3. Autonomous Navigation during the Final Ascent of a Spacecraft into the Geostationary Orbit. Autonomous Integrated Navigation System Concept [J] . D. A. Kozorez, M. N. Krasilshchikov, D. M. Kruzhkov, Journal of Computer and Systems Sciences International . 2015,第5期

机译：在航天器最终上升到对地静止轨道期间的自主导航。自主组合导航系统概念
4. The use of GNSS technologies for high-precision navigation geostationary spacecraft [C] . Fateev Yu.L., Dmitriev D.D., Tyapkin V.N., International Siberian Conference on Control and Communications . 2015

机译：GNSS技术在高精度导航对地静止航天器中的使用
5. Integration of GNSS Precise Point Positioning and Inertial Technologies for Land Vehicle Navigation [D] . ElSheikh, Mohamed. 2019

机译：GNSS精确点定位和陆路导航惯性技术的集成
6. Compact Integration of a GSM-19 Magnetic Sensor with High-Precision Positioning using VRS GNSS Technology [O] . Angel Martín, Jorge Padín, Ana Belén Anquela, 2009

机译：使用VRS GNSS技术将GSM-19磁传感器与高精度定位紧密集成
7. Training course of the method to make a digital surface model by using Unmanned Aerial Vehicle (UAV) and high-precision Global Navigation Satellite System (GNSS) [O] . Tatsuya Watanabe, Shintaro Yamasaki, Jun Kameda 2018

机译：使用无人机（UAV）和高精度全球导航卫星系统（GNSS）制作数字表面模型的方法的培训过程
8. Survey of LIDAR Technology and Its Use in Spacecraft Relative Navigation. [R] . J. A. Christian S. P. Cryan 2013

机译：LIDaR技术及其在航天器相对导航中的应用综述。

The use of GNSS technologies for high-precision navigation geostationary spacecraft

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