Towards a Framework for Safety Assurance of Autonomous Systems
John McDermid, Yan Jia, Ibrahim Habli
Abstract
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John McDermid, Yan Jia, Ibrahim Habli
Abstract
Open-access reader
Autonomous systems have the potential to provide great benefit to society. However, they also pose problems for safety assurance, whether fully auton-omous or remotely operated (semi-autonomous). This paper discusses the challenges of safety assur-ance of autonomous systems and proposes a novel framework for safety assurance that, inter alia, uses machine learning to provide evidence for a system safety case and thus enables the safety case to be updated dynamically as system behaviour evolves.
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Autonomous systems have the potential to provide great benefit to society. However, they also pose problems for safety assurance, whether fully auton-omous or remotely operated (semi-autonomous). This paper discusses the challenges of safety assur-ance of autonomous systems and proposes a novel framework for safety assurance that, inter alia, uses machine learning to provide evidence for a system safety case and thus enables the safety case to be updated dynamically as system behaviour evolves.
Key concepts: Safety assurance, System safety, Safety case, Computer science, Risk analysis (engineering), Systems engineering, Autonomous system (mathematics), Engineering