Human error prediction in man-machine system using classification scheme of human erroneous actions

T. Kohda, Y. Nojiri, K. Inoue
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引用次数: 1

Abstract

While the advanced technology improves the reliability of technological systems, the reliability of human operators still remains limited. From the viewpoint of systems safety and reliability, the possibility of human error occurrence must be reduced. At the design stage of a man-machine system, it is important to predict what kind of interactions will lead to a serious accident. This paper presents a prediction method using the classification scheme of human erroneous actions, which shows the general result obtained in such fields as psychology and cognitive engineering. The human behavior cannot be described in the same way as the technological system behavior. The context dependency is one of the characteristics of human behaviors. The context determines the most probable human, erroneous action and specifies man-machine interactions in the system. A simple illustrative example shows the details and merits of the proposed method.
基于人的错误行为分类方案的人机系统人的错误预测
虽然先进的技术提高了技术系统的可靠性,但操作人员的可靠性仍然有限。从系统安全性和可靠性的角度出发,必须降低人为错误发生的可能性。在人机系统的设计阶段,预测什么样的交互会导致严重的事故是很重要的。本文提出了一种基于人类错误行为分类方案的预测方法,并给出了心理学和认知工程等领域的一般结果。人类行为不能用与技术系统行为相同的方式来描述。情境依赖是人类行为的特征之一。上下文确定了最可能的人为错误操作,并指定了系统中的人机交互。一个简单的示例说明了该方法的细节和优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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