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INTEGRATING HUMAN FACTORS IN THE DESIGN OF SAFETY CRITICAL SYSTEMS

机译:在安全关键系统设计中纳入人为因素

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摘要

Human factors contribute to risk in safety critical systems. However, current approaches to integrating human factors issues in the development of safety critical systems appear not fully sufficient. In this paper a new approach is proposed based on a technique from chemical engineering risk analysis called Safety Modelling Language (SML). SML provides a way to conceptually design risk reduction based on barriers. The approach further helps to design and implement safety barriers. The approach is demonstrated using a case in which human factors play an important role from the medical domain.
机译:人为因素会增加安全关键系统的风险。但是,当前在安全关键系统的开发中整合人为因素问题的方法似乎还不够充分。本文提出了一种基于化学工程风险分析技术的新方法,称为安全建模语言(SML)。 SML提供了一种基于障碍在概念上设计降低风险的方法。该方法还有助于设计和实现安全屏障。该方法在人为因素从医学领域起重要作用的情况下得到了证明。

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