NAVIGATIONAL SYSTEMS OF THE INTERNATIONAL SPACE STATION

机译：国际空间站的导航系统

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Navigational system of the International Space Station (ISS) is represented. Both Russian and American traditional tracking station mission control center ground ballistic facilities are used. In addition, the flight control systems of the ISS Russian segment and USOS are equipped with Global Positioning Systems (GPS-GLONASS for ISS RS and GPS for ISS USOS), which provide correction of the current state vector and flight time. A description of the ISS Guidance, Navigation and Control system which consists of two segments: American and Russian, is provided. Each of these two systems contains its own means used to define attitude and navigation. This report provides description of these means; primary results of flight tests are represented, outlook for the future development of the system is reviewed.

机译：代表了国际空间站（ISS）的导航系统。俄罗斯和美国的传统跟踪站任务控制中心都使用地面弹道设施。此外，俄罗斯国际空间站和USOS的飞行控制系统均配备了全球定位系统（用于ISS RS的GPS-GLONASS和用于ISS USOS的GPS），可对当前状态矢量和飞行时间进行校正。提供了对ISS制导，导航和控制系统的描述，该系统包括两个部分：美国和俄罗斯。这两个系统都包含自己的用于定义姿态和导航的装置。该报告提供了这些手段的描述；代表了飞行测试的主要结果，并回顾了系统未来的发展前景。

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来源
《Saint Petersburg International Conference on Integrated Navigation Systems; 20030526-28; St.Petersburg(RU)》|2003年|P.9-13|共5页
会议地点 St.Petersburg(RU)
作者
V.N. Branets; E.A. Mikrin; V.N. Platonov; S.N. Evdokimov; M.V. Mikhailov; S.N. Rozhkov; R. Murtazin; B.V. Shebshaevich; W. Panter; J. Clubb;
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作者单位

RSC-Energia: 4a, Lenin St., Korolev, Moscow region, Russia, 141070;

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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
control; guidance; navigation; attitude; system; sensor;

机译：控制;制导;导航;姿态;系统;传感器;

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专利

1. The Results of a Flight Experiment Aboard the International Space Station to Study the Effect of Multipath on Navigation, Attitude Control and Rendezvous using Measurements of Satellite Navigation Equipment [J] . E. A. Mikrin, M. V. Mikhailov, S. N. Rozhkov, Gyroscopy and navigation . 2012,第2期

机译：国际空间站飞行试验的结果，该研究使用卫星导航设备的测量研究多径对导航，姿态控制和会合的影响
2. NASA's space communications and navigation test bed aboard the international space station [J] . Reinhart Richard C., Kacpura Thomas J., Johnson Sandra K., Aerospace and Electronic Systems Magazine, IEEE . 2013,第4期

机译：国际空间站上的NASA太空通信和导航测试台
3. An Open Research Facility for Vision-Based Navigation Onboard the International Space Station [J] . Brent E. Tweddle, Timothy P. Setterfield, Alvar Saenz-Otero, Journal of Field Robotics . 2016,第2期

机译：国际空间站上基于视觉的导航开放研究设施
4. PHASE METHOD OF SOLVING THE TASK OF RELATIVE NAVIGATION ON SPACECRAFT RENDEZVOUS WITH THE INTERNATIONAL SPACE STATION BY SIGNALS OF GPS AND GLONASS SATELLITE NAVIGATION SYSTEMS [C] . V.N. Branets, M.V. Mikhailov, A.V. Korostelev Saint Petersburg International Conference on Integrated Navigation Systems . 2006

机译：通过GPS和GLONASS卫星导航系统信号解决航天器对航天器与国际空间站的相对导航任务的阶段方法
5. Evaluating the effectiveness of the International Space Station guidance, navigation and control verification system. [D] . Merancy, Nujoud F. 2004

机译：评估国际空间站制导，导航和控制验证系统的有效性。
6. Genomic and phenotypic characterization of Burkholderia isolates from the potable water system of the International Space Station [O] . Aubrie O’Rourke, Michael D. Lee, William C. Nierman, 2020

机译：国际空间站饮用水系统中伯克霍尔德菌分离株的基因组和表型鉴定
7. Photochemistry on the Space Station—Aptamer Resistance to Space Conditions: Particles Exposure from Irradiation Facilities and Real Exposure Outside the International Space Station [O] . Gaëlle Coussot, Aurélie Le Postollec, Sébastien Incerti, 2019

机译：空间站 - 适体抵抗空间条件的光化学：粒子照射设施和国际空间站外的真正曝光

NAVIGATIONAL SYSTEMS OF THE INTERNATIONAL SPACE STATION

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