
A neuroergonomics model is proposed to effectively evaluate the performance of nuclear power plant operators under heat stress by leveraging ECG time-frequency spectrums and fNIRS prefrontal cortex network.


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evaluating-nuclear-power-plant-operators-performance-under-heat-stress-using-ecg-time-frequency-spectrums-and-fnirs-prefrontal-cortex-network


Evaluating Nuclear Power Plant Operators' Performance under Heat Stress using ECG Time-Frequency Spectrums and fNIRS Prefrontal Cortex Network


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Neuroergonomics researchers aim to understand cognitive bottlenecks and develop solutions to offload mental burdens, enhancing decision-making and preventing errors.


As tasks mount up, our brain’s ability to juggle goes down. Neuroergonomic tactics can relieve the cognitive burden

How might neuroergonomics help us deal with mental overload? | Aeon Essays

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The Impact of Neuroergonomics on Mental Overload
