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An Autonomy Software Testbed Simulation for Ocean Worlds Missions

机译:海洋世界任务的Autonomy软件试验台模拟

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One of NASA's goals is to identify and characterize potentially habitable environments in the Solar System and beyond. While the search for evidence of extant and extinct life, and conditions supporting life in the Solar System, has primarily focused on Mars, there is strong evidence that a number of outer solar system moons (e.g., Europa, Enceladus, and Titan) harbor subsurface oceans. These "ocean worlds" may be the best places to search for extant life beyond Earth. However, due to the extreme environmental conditions and communications constraints, current mission operations practice of pervasive ground control supervision will be unproductive, and substantially autonomous operations will be required. This paper provides an overview of an autonomy software testbed simulation facility, the Ocean Worlds Autonomy Testbed for Exploration Research and Simulation (Ocean WATERS) that NASA Ames Research Center is developing to spur the development of such autonomous operation capabilities.
机译:NASA的目标之一是确定和描述太阳系内外潜在的宜居环境。虽然对现存和灭绝生命的证据以及支持太阳系生命的条件的搜索主要集中在火星上,但有强有力的证据表明,太阳系外的一些卫星(如欧罗巴、土卫二和土卫六)存在地下海洋。这些“海洋世界”可能是寻找地球以外现存生命的最佳地点。然而,由于极端的环境条件和通信限制,目前普遍的地面控制监督任务操作实践将是徒劳的,并且需要基本上自主的操作。本文概述了美国宇航局艾姆斯研究中心(NASA Ames Research Center)为促进自主操作能力的发展而开发的自主软件试验台模拟设施“海洋世界自主探索研究与模拟试验台”(Ocean Worlds autonomy testbed for Exploration Research and simulation,Ocean WATERS)。

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