好奇号火星车的系统工程:回顾

R. Welch, D. Limonadi, R. Manning
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引用次数: 45

摘要

本文将讨论火星科学实验室好奇号火星车开发中的系统工程挑战。在撰写这篇论文时,好奇号已经成功地探索了火星表面几个月,但在开发过程中,它并不总是很清楚它是否会成功。MSL的设计是三艘航天器合二为一:从地球到火星的巡航系统;进入下降和着陆系统;以及执行预定科学探索任务的火星车。每一个都有自己独特的挑战,并且由于设计的综合性质而相互交织。探测器复杂的科学载荷、采样系统和整体规模带来了许多技术挑战。本文将介绍好奇号火星车开发过程中克服的系统工程挑战的几个例子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Systems engineering the Curiosity Rover: A retrospective
This paper will discuss systems engineering challenges in development of the Mars Science Laboratory Curiosity Rover. As of the writing of this paper, Curiosity has been successfully exploring the surface of Mars for months, but during development it was not always clear it would be a success. MSL is by design three spacecraft in one: The cruise system to get from Earth to Mars; the entry descent and landing system; and the Rover to perform the intended scientific exploration. Each of these has it own unique challenges and is intertwined given the integrated nature of the design. The rover's complex science payload, sampling system and overall scale resulted in many technical challenges. This paper will present a few examples of the systems engineering challenges overcome during the development of the Curiosity rover.
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