安全操作:持续安全的概念

Camille Fayollas, H. Bonnin, Olivier Flébus
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引用次数: 4

摘要

提高安全性是自动驾驶汽车的主要优势之一。这只有在保证自动驾驶汽车足够安全的情况下才能实现。本文提出了一种有助于这种安全改进的潜在方法:它描述并研究了“SafeOps”,这是一种基于DevOps方法的“持续安全”概念,统一了开发和操作。DevOps由一组实践组成,旨在减少将更改提交到系统和将更改部署到生产环境之间的时间,同时确保高质量。DevOps通过支持软件的持续交付、更快的变更管理和更快的问题解决,以及改进的可靠性,对系统开发和交付有好处。安全操作的关键原则是监控系统的运行,并使用这些信息来验证和证明一定的安全保证水平。按照这种方法,系统在首次交付时可以符合第一个安全保证级别,在操作中验证时可以符合更高的安全保证级别。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SafeOps: A Concept of Continuous Safety
Improved safety is one of the key benefits expected from autonomous vehicles. This can only be achieved if the autonomous vehicles are guaranteed to be safe enough. This paper proposes a potential approach contributing to this safety improvement: it describes and investigates "SafeOps", a concept of "continuous safety", based on the DevOps approach, unifying development and operations. DevOps consists in a set of practices intended to reduce the time between committing a change to a system and the change being deployed into production, while ensuring high quality. DevOps benefits to system development and delivery by enabling software continuous delivery, faster changes management with faster issues resolution, and improved reliability. SafeOps key principle is to monitor the system in operation and to use this information for validating and certifying a certain safety assurance level. Following this approach, a system could be compliant to a first safety assurance level when it's first delivered and compliant to higher ones when validated in operation.
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