Assessment of Defect Type influence in Complex and Integrated Space Systems: Analysis Based on ODC and ISVV Issues

N. Silva, M. Vieira, D. Ricci, Domenico Cotroneo
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引用次数: 2

Abstract

Safety or mission critical systems are those where failures should be avoided at all costs. Engineering processes, techniques and tools are, however, not perfect, and lead to software and systems with flaws. This paper presents an analysis of the impact of late found issues versus the fault types for critical aerospace systems. These issues are the independently detected faults that remain once the engineering processes that are required by European space standards have been applied and the engineering teams have performed their verification and validation activities. This study presents the analysis of the fault impact versus fault type distribution according to the detection phases and to the issues severity/type and presents recommendations to improve space systems engineering.
复杂集成空间系统缺陷类型影响评估:基于ODC和ISVV问题的分析
安全或关键任务系统是那些应该不惜一切代价避免故障的系统。然而,工程过程、技术和工具并不完美,会导致软件和系统存在缺陷。本文分析了航空航天关键系统迟发现问题对故障类型的影响。这些问题是在应用了欧洲空间标准所要求的工程流程并且工程团队执行了他们的验证和确认活动后仍然存在的独立检测到的故障。本研究根据检测阶段和问题严重程度/类型对故障影响与故障类型分布进行了分析,并提出了改进空间系统工程的建议。
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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