汽车信息物理系统所需的安全组件

Y. Rudyk, V. Kuts, A. Gavryliuk, Roman Naumchuk
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引用次数: 2

摘要

识别可能的危险事件是风险评估程序的一项任务。当前的风险描述实践是基于已知的威胁、其后果和损害预期。现代技术,如电气、电子、网络物理系统等,已经证明了与实践相关的许多挑战的存在,并且在如何进行危险表征方面存在改进的潜力。我们的目的是提出适用于危险事件评价的实用方法。强调了电动汽车火灾安全研究的特点。这些方法包括进一步研究风险因素的排名和支持分析的假设。关注未包括在现有研究中的事件。用一个简单的例子来说明,由于缺乏从安全角度出发的适当的风险评估感知,效率是如何降低的。对于截面积最广的聚氯乙烯绝缘材料电线,确定了到达自燃点的温度和时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Required Safety Component of Automotive Cyber-Physical Systems
This identification of possible hazardous events is a task for the risk assessment procedure. Current practices for risk characterization is based on known threats, their consequences and damage expectance. Modern technologies, such as electric, electronic, cyber-physical systems etc. have proven the existence of many challenges related to their practice and there is potential for improvements in how the hazard characterization can be conducted. Our purpose is to present practical methods that should be applied for hazardous events’ evaluation. Features of electric vehicles fire safety studies are highlighted. These approaches include furthering studies regarding rankings of risk factors and assumptions supporting the analysis. Focusing on events not included in existing studies. A simple example is used to illustrate how efficiency is reduced, due to a lack of a proper risk assessment perception from a safety standpoint. For the wires with polyvinylchloride insulating material with a most widespread cross-sectional areas the temperature and the time of the reaches the point of self-ignition was established.
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