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Autonomy and software technology on NASA's Deep Space One

机译:NASA的“深空一号”的自主性和软件技术

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摘要

NASA's Deep Space One mission is unprecedented. Traditionally, NASA's space missions have been justified by science data return as the primary, if not the sole consideration. DS1 is the first NASA mission whose main purpose is to demonstrate the flight readiness of a set of technologies. The article shows how various AI related technologies are helping to launch NASA into the exciting new era of autonomous space vehicles. The article presents five autonomy-technology experiments and related software engineering activities on DS1 which are paving the way for the use of autonomy capabilities in future NASA missions: proving technologies, reducing perceived risk, and ameliorating first-user costs. NASA is entering the era of autonomous space systems, and the results achieved on DS1 are already leading to applications of the autonomy technologies described here, as well as inspiring additional autonomy-technology development work.
机译:NASA的“深空一号”任务是前所未有的。传统上,NASA的太空任务以科学数据返回为主要依据,即使不是唯一考虑也是如此。 DS1是NASA的首次任务,其主要目的是演示一套技术的飞行准备情况。本文展示了各种与AI相关的技术如何帮助NASA进入令人兴奋的自动航天器新时代。本文介绍了五个在DS1上进行的自治技术实验和相关的软件工程活动,这些活动为在将来的NASA任务中使用自治功能铺平了道路:证明技术,降低可感知的风险以及降低第一用户成本。 NASA进入了自主空间系统的时代,在DS1上取得的成果已经导致了此处描述的自主技术的应用,并激发了更多自主技术的开发工作。

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