Patterns of software defect data on spacecraft
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Engineering topics
Publications and source records attributed to Lutz, R..
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This paper describes the role of requirements discovery during the testing of a safety-critical sofiware system.
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This paper reports the results of a small study of requirements changes to the onboard software of three spacecraft subsequent to launch. Only those requirement changes that resulted from post-launch anomalies (i.e., durring operations) were of interest here, since the goal was to better understand the relationship between critical anomolies during operations and how safety-critical requirements evolve.
The use of software fault trees for requirements identification and analysis in an Intrusion Detection System (IDS) is described.
Several requirements analysis techniques widely used in safety-critical systems are being adapted to support the analysis of secure systems. Perhaps the most relevant system safety techique for Intrusion Detection Systems is hazard analysis.
This paper addresses the issue of how to perform architectural analysis on an existing product line architecture.
This report describes the current state in software engineering for safety and proposes some directions for needed work in the area that appears to be achievable in the near future.
Current needs for high-reliability, reusable software; rapid, evolutionary development; and verification of innovative software architectures have focused attention on improving techniques for analyzing the safety and reliability of embedded software.
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