Hallmarks of an Autonomous Space System’s Development and V&V

M. Feather
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Abstract

NASA’s deep space missions are dependent on autonomy when conditions require a faster response than can be directed by communication to and from Earth. Verification and Validation (V&V) of the autonomy is an essential step for missions to be confident in its use. This paper provides an overview of the development and V&V of one such autonomous system, DIMES (Descent Image Motion Estimation System), used successfully to reduce a critical mission risk during the landings of NASA’s two Mars Exploration Rovers on Mars in 2004.
自主空间系统发展特征与V&V
美国宇航局的深空任务依赖于自主性,当条件需要比与地球通信更快的响应时。自主性的验证和确认(V&V)是任务对其使用充满信心的重要步骤。本文概述了这样一个自主系统的发展和V&V, DIMES(下降图像运动估计系统),在2004年美国宇航局的两个火星探测漫游者登陆火星期间,DIMES成功地用于降低关键任务风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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