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Human Performance Modelling for Adaptive Automation Journal of Physics: Conference Series

机译:适应性自动化物理学杂志的人力绩效建模:会议系列

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The relentless march of technology is increasingly opening new possibilities for the application of automation and new horizons for human machine interaction. However there is insufficient scientific evidence on human factors for modern socio-technical systems supporting the guidelines currently used to design Human Machine Interfaces (HMI) (ISA 2014). This dearth of knowledge presents a particular risk in safety critical industries. The continuing 60-90% of accidents currently that are rooted in Human Factors (HF) and the rapid developments in the Internet of Things (IoT) and its novel automation archetypes means that the requirements for new interfaces are becoming more demanding, and creating new failure modes. To address this gap it is necessary to face the issue of modelling the human factor element and be ready to incorporate that knowledge into the design of adaptive automation.
机译:无情的技术游行越来越多地开辟了应用自动化和新的人机互动的新视野的新可能性。然而,对于支持目前用于设计人机界面(HMI)的指导方针,对现代社会技术系统的人为因素有足够的科学证据(ISA 2014)。这种知识的这种知识在安全关键产业中提出了特殊的风险。持续60-90%的事故目前源于人类因素(HF)和事物互联网的快速发展(物联网)及其新型自动化原型意味着新界面的要求变得更加苛刻,并创造新的失败模式。为了解决这个差距,有必要面对建模人为因素元素的问题,并准备将该知识纳入自适应自动化的设计中。

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