首页> 外文会议>Russian-German conference on electric propulsions and their application >Experience in operating a constellation of AIST type small satellites with Samara University ground control center and perspective of managing a constellation of satellites using a distributed network of control centers based on multiagent approach
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Experience in operating a constellation of AIST type small satellites with Samara University ground control center and perspective of managing a constellation of satellites using a distributed network of control centers based on multiagent approach

机译:使用撒玛拉大学地面控制中心经营一家辅助小型卫星的经验,并使用基于多透视方法使用分布式控制中心管理卫星星座的视角

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This paper presents the results of verification of ground testing of the AIST-type small spacecraft thermal control system (TCS) based on telemetry data received during their in-orbit testing and operation by the ground control station (GCS) of Samara University. The study into the efficiency and operability of the TCS was done on the AIST series of small spacecrafts AIST#1 (RS-43as), launched on April 19, 2013 from Baykonur Cosmodrome as a by-cargo of Bion-M #1 spacecraft, and an experimental sample of AIST #2 (RS-41at) small spacecraft launched by Soyuz-2.1v with Volga insertion module on December 28, 2013, from the Plesetsk Cosmodrome.
机译:本文介绍了基于在撒玛拉大学地面控制站(GCS)的轨道测试和操作期间收到的遥测数据的遥测数据验证了辅助型小航天器热控制系统(TCS)的地面测试结果。 研究了TCS的效率和可操作性在AICT系列的小型航天器AIST#1(RS-43AS)上完成,于2013年4月19日从Baykonur Cosmodrome作为Bion-M#1 Spacofraft的逐个货物, 艾克斯克宇宙股283年12月28日,由Soyuz-2.1V推出的Aist#2(RS-41AT)小型航天器的实验样品。

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