冗余系统定性可靠性分析的适用性

T. Fulep, P. Michelberger, L. Nádai
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引用次数: 0

摘要

本文讨论了未来商用车安全关键系统的设计问题。这类系统的发展主要是受到社会需求的推动,市民希望在道路上看到更安全、更可靠的车辆,这些车辆也可以处理比人类驾驶员更复杂的情况。冗余电子系统在可靠性分析方面面临着新的挑战,因为使用定性方法处理和定义其备份策略并不是一项简单的任务。同样值得怀疑的是,众所周知的经典可靠性理论方法是否适用于冗余电子系统,特别是如果它们具有安全关键性质,例如在欧洲商用车辆中使用了近十年的电子制动系统。本文通过可靠性理论提出了一种较不普遍和较普遍的技术,它使设计人员能够从系统级到最后一个组件组织功能和子系统、故障和故障之间的逻辑关系,而不会遗漏任何一个。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Applicability of Qualitative Reliability Analysis for Redundant Systems
In this paper we consider the problematic design of safety critical systems for future commercial vehicles. The development of such systems is mainly driven by the social demand that the citizens want to see safer, more reliable vehicles on the roads, which can also handle more complex situations than the human driver can. Redundant electronic systems confront us with new challenges in reliability analysis, since handling and defining their back-up strategies is not a straightforward task by means of using qualitative approaches. It is also questionable whether the well-known approaches of classical reliability theory are appropriate for redundant electronic systems, especially if they are of safety critical nature, such as the electronic brake system that has been used in commercial vehicles in Europe for almost a decade. The paper presents a less widespread and a more widespread technique through reliability theory, which enable the designer organizing functions and subsystems, failures and logical relationships between failures from the system level up-to the last component without missing any of them.
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