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LONG RANGE VALIDATION OF ATV-ISS RENDEZ-VOUS AND DOCKING USING EPOSX

机译:使用EPOSX的ATV-ISS rendez-vous和对接的远程验证

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On April 3 at 16:40, Jules Verne, the first of a series at least 5 Automated Transfer Vehicles (ATV) docked successfully and safely at the International Space Station (ISS). This paper describes the very large test facility that was needed to perform the validation of the Rendez Vous and Docking (RVD) of this safety critical process. It describes the facility in detail as well as the Hardware and Software mechanisms needed to perform these tests at such a large scale while still meeting the high accuracy and safety requirements for the docking procedures. Furthermore it describes the environmental conditions needed to be such that the real flight hardware could be used without risk. The paper also tries to answer the question if designing such a large test facility so late into the ATV development process was a wise decision and if all that effort paid off in the end.
机译:4月3日16:40,Jules Verne,第一个系列中的第一个至少5辆自动转移车辆(ATV)在国际空间站(ISS)成功和安全地停靠。本文介绍了执行该安全临界过程的Rendez Vous和对接(RVD)的验证所需的非常大的测试设施。它详细描述了该设施以及在这种大规模上执行这些测试所需的硬件和软件机制,同时仍然满足对接程序的高精度和安全要求。此外,它描述了所需的环境条件,使得可以在没有风险的情况下使用真正的飞行硬件。本文还试图回答问题,如果设计如此迟到的ATV开发过程是一个明智的决定,如果所有这些努力结束。

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