符合ISO 26262的硬件架构设计的快速安全评估

N. Adler, S. Otten, Markus Mohrhard, K. Müller-Glaser
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引用次数: 9

摘要

国际标准ISO 26262“道路车辆-功能安全”要求在适当的抽象级别上对硬件设计进行定性和定量分析。对于大型硬件设计,这些评估必须在硬件架构设计的开发早期开始,而不是延迟到电子原理图级别的硬件详细设计。因此,我们描述了硬件建筑设计中故障数据的结构建模和注释。基于自顶向下的定性故障树分析,可以根据ISO 26262确定系统行为背景下硬件故障模式的分类。使用这些分类和假设的故障率,我们促进了关于硬件架构度量和安全目标违反评估的快速定量安全分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rapid safety evaluation of hardware architectural designs compliant with ISO 26262
The international standard ISO 26262 “Road vehicles - Functional safety” claims qualitative and quantitative analysis of hardware designs at the appropriate level of abstraction. For large-scaled hardware designs, these evaluations have to be initiated early in development adequate to hardware architectural design and not delayed to hardware detailed design at the level of electronic schematics. Therefore, we describe a structural modeling and annotation of failure data for hardware architectural designs. Based on a top-down qualitative fault tree analysis, the classification of hardware failure modes in context of system behavior can be determined according to ISO 26262. Using these classifications and assumed failure rates, we facilitate a rapid quantitative safety analysis regarding evaluation of the hardware architectural metrics and evaluation of safety goal violations.
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