An Application of Cognitive Workload and Situational Awareness Assessment in Human Safety Demonstration of NPP

Zhihui Xu, Hang Liu, Can Zhou, Yunqing Gao, Jipu Wang, Yu-xin Zhang, Jun Yang, Ming Yang
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Abstract

This paper provides a brief summary of cognitive workload and situational awareness assessment methodologies that are available to support nuclear power plant human factors assessment and validation activities. These methodologies are reviewed in respect to their strengths and weakness in supporting the ongoing/future human factors program for the NPP project. This paper also describes how the assessment of cognitive workload and situational awareness is an integral aspect of the work to substantiate human safety claimed in NPP. However, these methodologies require more detailed design and operating information of the NPP project. Due to the unavailability of detailed design information and operating procedures required for high fidelity task simulation in design stage, cognitive workload and situation awareness are assessed through the assessment of related Performance Shaping Factors through human reliability method.
认知负荷与态势感知评估在核电厂人身安全论证中的应用
本文简要概述了可用于支持核电厂人为因素评估和验证活动的认知工作量和态势感知评估方法。对这些方法在支持核电厂项目中正在进行/未来的人为因素计划方面的优缺点进行了审查。本文还描述了如何评估认知工作量和态势感知是工作的一个组成部分,以证实NPP中声称的人类安全。然而,这些方法需要更详细的设计和运行信息的核电站项目。由于在设计阶段无法获得高保真任务仿真所需的详细设计信息和操作程序,因此采用人的可靠性方法通过对相关性能塑造因素的评估来评估认知工作量和态势感知。
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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