首页> 外文会议>Saint Petersburg International Conference on Integrated Navigation Systems; 20030526-28; St.Petersburg(RU) >REAL-TIME TEST ENVIRONMENT FOR A SPACE-BORNE ATTITUDE AND ORBIT DETERMINATION SYSTEM
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REAL-TIME TEST ENVIRONMENT FOR A SPACE-BORNE ATTITUDE AND ORBIT DETERMINATION SYSTEM

机译:星空姿态和轨道确定系统的实时测试环境

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In the recent past GPS receivers for space applications have been used in different areas. Orbit determination for different kinds of missions from LEO (Low Earth Orbit) to GEO (Geostationary Orbit) have been explored and used. For LEO satellites the usage of GPS receivers is becoming a standard. Navigation satellite systems are not only used for realtime absolute orbit determination, but also for relative navigation between multiple vehicles, attitude determination, precise orbit determination and a growing number of other areas of interest. The so-called MosaicAODS is a space-borne Altitude & Orbit Determination System developed at Astrium GmbH. It is based on the MosaicGNSS receiver, extended by a star sensor and an optional INS. In order to validate the functionality of the MosaicAODS and to ensure its proper functionality in space a modular real-time test environment has been developed, where single AODS modules as well as the full system can easily be tested. Additional to these tests, the system provides the capability to test precise and relative navigation using GPS signals for rendezvous maneuver, formation flying or spacecraft co-positioning. This paper outlines the AODS test environment and the GPS precise and relative navigation test environment.
机译:在最近的过去,用于太空应用的GPS接收器已用于不同领域。从低地球轨道(LEO)到地球静止轨道(GEO)的不同类型任务的轨道确定已被探索和使用。对于LEO卫星,GPS接收机的使用已成为一种标准。导航卫星系统不仅用于实时绝对轨道确定,而且还用于多个车辆之间的相对导航,姿态确定,精确轨道确定以及越来越多的其他感兴趣的领域。所谓的MosaicAODS是由Astrium GmbH开发的星载高度和轨道确定系统。它基于MosaicGNSS接收器,并由星形传感器和可选的INS扩展。为了验证MosaicAODS的功能并确保其在空间中的适当功能,开发了一个模块化的实时测试环境,可以在其中轻松测试单个AODS模块以及整个系统。除了这些测试之外,该系统还提供了使用GPS信号进行交会机动,编队飞行或航天器共同定位的功能,以测试精确和相对的导航能力。本文概述了AODS测试环境以及GPS精确和相对导航测试环境。

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