首页> 外文会议>Intelligent Transportation Systems, 2000. Proceedings. 2000 IEEE >Preliminary safety analysis of frontal collision avoidance systems
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Preliminary safety analysis of frontal collision avoidance systems

机译:正面防撞系统的初步安全性分析

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Advanced vehicle control and safety systems (AVCSS) involve several safety critical functions such as vehicle longitudinal and lateral control. INRETS (French Institute of Research in the Transports and Their Safety) and California PATH (Partners for Advanced Transit and Highways) of University of California at Berkeley collaborated to set up a common approach for developing and validating a safe operational system. The paper deals with the preliminary safety analysis of a significant part of an AVCSS. As one example of AVCSS, frontal collision avoidance systems (FCAS) for ground vehicles is used as the target of the current study. The safety analyses based on safety requirements and functional decomposition have been conducted. To assist these analyses, static and dynamic modelling, by using ASA (structured analyses and automata) tools and failure mode effect and criticality analysis (FMECA), have been used to identify the safety functions and the measures to be implemented to cope with the identified hazards.
机译:先进的车辆控制和安全系统(AVCSS)涉及几种安全关键功能,如车辆纵向和横向控制。伯克利加州大学的Inrets(法国运输及其安全和安全和高速公路和高速公路的合作伙伴)合作,建立了一个用于开发和验证安全运营系统的共同方法。本文涉及AVCS的重要部分的初步安全性分析。作为AVCSS的一个示例,用于地面车辆的正面碰撞避免系统(FCA)用作当前研究的目标。已经进行了基于安全要求和功能分解的安全分析。为了通过使用ASA(结构化分析和自动机)工具和失效模式效应和临界模式(FMECA)来协助这些分析,静态和动态建模已被用于识别安全功能和实施措施以应对应对所识别的措施危险。

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