Reliable avionics design for deep space

S. B. Johnson
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Abstract

The technical and organizational problems posed by the Space Exploration Initiative (SEI) are discussed, and some possible solutions are examined. It is pointed out that SEI poses a whole new set of challenging problems in the design of reliable systems. These missions and their corresponding systems are far more complex than current systems. The initiative requires a set of vehicles and systems which must have very high levels of autonomy, reliability, and operability for long periods of time. It is emphasized that to achieve these goals in the face of great complexity, new technologies and organizational techniques will be necessary. It is noted that the key to a good design is good people. Not only must good people be found, but they must be placed in positions appropriate to their skills. It is argued that the atomistic and autocratic paradigm of vertical organizations must be replaced with more team-oriented and democratic structures.<>
可靠的深空航空电子设计
讨论了空间探索计划(SEI)带来的技术和组织问题,并研究了一些可能的解决方案。指出SEI对可靠系统的设计提出了一系列全新的挑战性问题。这些任务及其相应的系统比目前的系统复杂得多。该计划需要一套车辆和系统,这些车辆和系统必须具有非常高的自主性、可靠性和长时间的可操作性。强调要在面对巨大复杂性的情况下实现这些目标,将需要新的技术和组织技术。值得注意的是,一个好的设计的关键是好的人。不仅要找到优秀的人才,而且要把他们安置在适合他们技能的岗位上。有人认为,垂直组织的原子式和专制范式必须被更以团队为导向和民主的结构所取代。
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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