Developments in Risk-based Approaches to Safety: Proceedings of the Fourteenth Safety-citical Systems Symposium, Bristol, UK, 7-9 February 2006
Felix Redmill, Tom Anderson
Abstract
Felix Redmill, Tom Anderson
Abstract
Tutorial.- People and Systems: Striking a Safe Balance between Human and Machine.- New Approaches to Risk Assessment.- Risk Assessment for M42 Active Traffic Management.- Safety Risk Assessment by Monte Carlo Simulation of Complex Safety Critical Operations.- So how do you make a full ALARP justification? Introducing the Accident Tetrahedron as a guide for Approaching Completeness..- Experience of Developing Safety Cases.- Safety Case Practice - Meet the Challenge.- Safety Case Development - a Practical Guide.- Management Influence on Safety.- Governing Safety Management.- Understanding the Risks Posed by Management.- Common Law Safety Case Approaches to Safety Critical Systems Assurance.- Software Safety.- Ada 2005 for High-Integrity Systems.- Safety Aspects of a Landing Gear System.- New Technologies in Safety-Critical Systems.- Optimising Data-Driven Safety Related Systems.- Classification with Confidence for Critical Systems.- Use of Graphical Probabilistic Models to build SIL claims based on software safety standards such as IEC61508-3.- Adding Dimensions to Safety Cases.- Safety arguments for use with data-driven safety systems.- Gaining Confidence in Goal-based Safety Cases.
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Tutorial.- People and Systems: Striking a Safe Balance between Human and Machine.- New Approaches to Risk Assessment.- Risk Assessment for M42 Active Traffic Management.- Safety Risk Assessment by Monte Carlo Simulation of Complex Safety Critical Operations.- So how do you make a full ALARP justification? Introducing the Accident Tetrahedron as a guide for Approaching Completeness..- Experience of Developing Safety Cases.- Safety Case Practice - Meet the Challenge.- Safety Case Development - a Practical Guide.- Management Influence on Safety.- Governing Safety Management.- Understanding the Risks Posed by Management.- Common Law Safety Case Approaches to Safety Critical Systems Assurance.- Software Safety.- Ada 2005 for High-Integrity Systems.- Safety Aspects of a Landing Gear System.- New Technologies in Safety-Critical Systems.- Optimising Data-Driven Safety Related Systems.- Classification with Confidence for Critical Systems.- Use of Graphical Probabilistic Models to build SIL claims based on software safety standards such as IEC61508-3.- Adding Dimensions to Safety Cases.- Safety arguments for use with data-driven safety systems.- Gaining Confidence in Goal-based Safety Cases.
Key concepts: Safety assurance, Safety case, System safety, Risk analysis (engineering), Probabilistic risk assessment, Life-critical system, Engineering, Safety engineering