Abstract
Cognitive and Affective Probing for Neuroergonomics
Highlights
With increasingly portable and user-friendly electroencephalography (EEG) systems, this brain monitoring technique continues its path towards commercial applications (Mullen et al, 2015; Zander et al, 2017)
PBCI-based adaptive automation is an example of a closed-loop system (Krol, Andreessen, & Zander, 2018)
This paper is part of an effort to discuss the wider implications of cognitive probing in a number of different disciplines
Summary
With increasingly portable and user-friendly electroencephalography (EEG) systems, this brain monitoring technique continues its path towards commercial applications (Mullen et al, 2015; Zander et al, 2017). A cognitive workload index can be established based on reference recordings of an operator’s brain activity (Gevins & Smith, 2003). This can be used in the form of a pBCI to automatically adapt automation levels (Parasuraman, Mouloua, & Hilburn, 1999). This paper is part of an effort to discuss the wider implications of cognitive probing in a number of different disciplines. It overlaps with and continues a paper presented earlier (Krol & Zander, in press)
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