Subject: human factor | training assessment | human machine interaction | Brain activity; EEG; Human factor; Human machine interaction; Machine learning; Training assessment; Neuroscience (all) | Neuroscience | EEG | Original Research | brain activity | machine learning
Inappropriate training assessment might have either high social costs and economic impacts, especially in high risks categories, such as Pilots, Air Traffic Controllers, or Surgeons. One of the current limitations of the standard training assessment procedures is the la... View more
Aricò P. Borghini G. Di Flumeri G. Colosimo A. Pozzi S. Babiloni F. (2016b). A passive Brain-Computer Interface (p-BCI) application fo r the mental workload assessment on professional Air Traffic Controllers (ATCOs) during realistic ATC tasks. Prog. Brain Res. Press. 228, 295–328. 10.1016/bs.pbr.2016.04.021
Aricò P. Borghini G. Graziani I. Imbert J.-P. Granger G. Benhacene R. . (2015). ATCO: neurophysiological analysis of the training and of the workload. Ital. J. Aerosp. Med. 12, 18–35.