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Systematic layout planning in human-sytem interface An evaluation of alarm displays with spatial proximity for accidents diagnosis of advanced nuclear power plant

机译:人工系统的系统布局规划界面的评估报警器显示器,用于晚期核电站事故诊断的情况下的空间邻近

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To ensure safety in nuclear power plants, this study investigated the interface design of a digital alarm system by analyzing the cognitive model of operating information. This study focused on the layout planning of alarm windows and followed proximity compatibility principle and nuclear human-system interface design review guidelines to improve the human-system interface. This study adopt systematic layout planning to modify the design of alarm windows. The time of alarm handling, and situation awareness, as well as human reliability were evaluated to compare the original layout with the improved one. In the end, according to the results of the comparison, an alternative alarm window layout human-system interface, which fits operators' cognitive models, is suggested.
机译:为确保核电站的安全性,本研究通过分析操作信息认知模型来研究数字报警系统的界面设计。本研究专注于报警窗口的布局规划,并遵循邻近兼容性原理和核人体系统界面设计审查指南,以改善人机界面。本研究采用系统布局规划修改警报窗口的设计。评估报警处理的时间和情况意识以及人力可靠性,以将原始布局与改进的一个进行比较。最后,根据比较结果,提出了拟合运营商认知模型的替代警报窗口布局人机界面。

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