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Functional Safety System Design on EPS

机译:在EPS上的功能安全系统设计

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This paper aims to present the safety design and analysis method complied with ISO 26262 based on EPS (Electric Power Steering) application. There are six sections included in this paper. At the first section, it introduces the functional safety basic idea for risk reduction and the work principle of pinion-EPS. Then the hazard analysis and risk assessment of EPS system is carried out which is significant for the concept stage of functional safety. With HARA (Hazard Analysis and Risk Assessment) result, safety goal and safety requirement are derived, and also the safety mechanism is designed. To verify the plausibility of safety mechanism design, a failure analysis is conducted to perform as evidence for safety case report. The failure analysis is finished by means of FMEDA and PMHF. And as innovative part of this paper, a Markov model for safety path is created and the qualitative analysis is applied. Last but not the least, a conclusion of the paper is finished on the sixth section.
机译:本文旨在介绍基于EPS(电力转向)应用的ISO 26262符合ISO 26262的安全设计和分析方法。本文包含六个部分。在第一个部分,它介绍了风险降低的功能安全基本思想和小琴-EP的工作原理。然后进行了EPS系统的危害分析和风险评估,这对于功能安全的概念阶段具有重要意义。通过Hara(危险分析和风险评估)结果,推导出安全目标和安全要求,设计了安全机制。为了验证安全机制设计的合理性,进行了故障分析,以便作为安全案例报告的证据进行。故障分析通过FMEDA和PMHF完成。作为本文的创新部分,创建了一个Markov模型,并应用了定性分析。最后但并非最不重要的是,纸张的结论在第六部分结束。

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