Functional Safety Management in Microcontroller Design and Development Process: the Case of Safety-Critical Vehicle Systems

Bing Hai Zhou; Zi Qing Zhai

doi:10.4028/www.scientific.net/AMR.255-260.2179

Paper Titles

A Novel Variable Step-Size Algorithm for Implicit Integration
p.2159

The Missile Fault Diagnosis Expert System Based on GA-BPNN
p.2164

The Experimental Study on Infiltrating Characteristics of Different Mediums
p.2169

Green Optimization Based on Cellular Automata for Process Planning and Production Operation in Workshop
p.2174

Functional Safety Management in Microcontroller Design and Development Process: the Case of Safety-Critical Vehicle Systems
p.2179

Facial Expression Recognition Using Improved Canonical Correlation Analysis
p.2183

A Inter-Subsystem Private Data Transfer Protocol Based on a New High Secure Computer Architecture
p.2188

ID-Based Deniable Ring Signature with Constant-Size Signature
p.2192

An Application Anti-Attack Model
p.2197

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 255-260Functional Safety Management in Microcontroller...

Functional Safety Management in Microcontroller Design and Development Process: the Case of Safety-Critical Vehicle Systems

Abstract:

Safety is always the key issue in automotive industry. The adoption of hi-tech automotive applications requires not only the development of reliable electrical/electronic/programmable electronic (E/E/PE) systems and communication protocols, but also an evolution in functional safety process management. ISO/WD 26262, the adaption of IEC 61508 for road vehicles, provides guidelines and standardized measurements for functional safety. This paper discusses how automotive microcontroller suppliers can deal with this new challenge by integrating functional safety management into product design and development. An ISO/WD 26262-compliant functional safety management flow is proposed, with specifications on techniques of corresponding safety assessment.