2015Unpublished venueRequires access

Functional Safety Measurement in the Automotive Domain

Yaping Luo, Jaap Stelma, Mark van den Brand

Open publisher page 3 citations

Abstract

In the safety domain, safety standards are used as a development guideline to keep the risk at an acceptable level. Safety of the safety-critical systems can be assessed according to those safety standards. This assessment process is called safety assurance. Due to the manual work, the safety assurance process is usually costly, time consuming, and hard to be evaluated. In this paper we propose to use the existing the PSM framework into the automotive domain to design metrics according to the ISO 26262 standard. These metrics can identify costly processes in the safety assurance process. To demonstrate the method, a case study is carried on ISO 26262 part 3 (Conceptual Phase).

About this research paper

What this paper is about

In the safety domain, safety standards are used as a development guideline to keep the risk at an acceptable level. Safety of the safety-critical systems can be assessed according to those safety standards. This assessment process is called safety assurance. Due to the manual work, the safety assurance process is usually costly, time consuming, and hard to be evaluated. In this paper we propose to use the existing the PSM framework into the automotive domain to design metrics according to the ISO 26262 standard. These metrics can identify costly processes in the safety assurance process. To demonstrate the method, a case study is carried on ISO 26262 part 3 (Conceptual Phase).

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Available abstract

In the safety domain, safety standards are used as a development guideline to keep the risk at an acceptable level. Safety of the safety-critical systems can be assessed according to those safety standards. This assessment process is called safety assurance. Due to the manual work, the safety assurance process is usually costly, time consuming, and hard to be evaluated. In this paper we propose to use the existing the PSM framework into the automotive domain to design metrics according to the ISO 26262 standard. These metrics can identify costly processes in the safety assurance process. To demonstrate the method, a case study is carried on ISO 26262 part 3 (Conceptual Phase).

Key concepts: Functional safety, Safety assurance, Automotive industry, Process (computing), Safety standards, Computer science, Domain (mathematical analysis), Risk analysis (engineering)

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