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Hierarchically performed hazard origin and propagation studies

机译:分层执行危害起源和扩散研究

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This paper introduces a new method for safety analysis called HiP-HOPS (Hierarchically Performed Hazard Origin and Propagation Studies). HiP-HOPS originates from a number of classical techniques such as Functional Failure Analysis, Failure Mode and Effects Analysis and Fault Tree Analysis. However, it extends, automates and integrates these techniques in order to address some of the problems currently encountered in complex safety assessments. The method enables integrated assessment of a complex system from the functional level through to the low level of component failure modes. It mechanises and simplifies a large part of the analysis, the development of fault trees, and can guarantee the consistency of results. HiP-HOPS is currently supported by a tool called the Safety Argoument Manager (SAM). In this paper we introduce the method and we show how it has helped us analyse and improve the afety of a distributed brake-by-wire system for cars.
机译:本文介绍了一种新的安全分析方法,称为HiP-HOPS(分层执行的危险源和传播研究)。 HiP-HOPS源自许多经典技术,例如功能故障分析,故障模式和影响分析以及故障树分析。但是,它扩展,自动化和集成了这些技术,以解决复杂安全评估中当前遇到的一些问题。该方法能够对从功能级别到组件故障模式的低级别的复杂系统进行综合评估。它机械化并简化了很大一部分分析,故障树的开发,并且可以保证结果的一致性。 HiP-HOPS当前受一种称为“安全参数管理器”(SAM)的工具的支持。在本文中,我们介绍了该方法,并说明了该方法如何帮助我们分析和提高分布式电传线控制动系统的安全性。

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