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The design, development, and integration of the Shuttle on-board Primary Avionics Software System (PASS) have posed unique requirements associated with few other aerospace or commercial software systems. These challenges stem from its size and complexity, its criticality to completion of the Space Shuttle mission, and from the fact that it is only one of many components of an overwhelmingly complex state-of-the-art Space Transportation System (STS).
This copy is by permission of the Association for Computing Machinery. The ACM permits copies of this article to be made without fee provided that they are not made or distributed for direct commercial advantage
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William A. Madden and Kyle Y. Rone
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The design, development, and integration of the Shuttle on-board Primary Avionics Software System (PASS) have posed unique requirements associated with few other aerospace or commercial software systems. These challenges stem from its size and complexity, its criticality to completion of the Space Shuttle mission, and from the fact that it is only one of many components of an overwhelmingly complex state-of-the-art Space Transportation System (STS).
This copy is by permission of the Association for Computing Machinery. The ACM permits copies of this article to be made without fee provided that they are not made or distributed for direct commercial advantage
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