AHFE Open AccessEvaluation of Real-time Assessment of Human Operator Workload during a Simulated Crisis Situation, Using EEG and PPG
Open Access
Article
Conference Proceedings
Authors: Thomas De Groot, Johan De Heer, Rafal Hrynkiewicz, Manon Tolhuisen, Tije Oortwijn
Abstract
We report on initial evaluation findings regarding a human cognitive state assessment tool that was tested in various operational security operations centers (SOC).
Keywords: Brain Computer Interfaces - Workload assessment - Human Machine Teaming
DOI: 10.54941/ahfe1001818
Cite this paper
Downloads
677
Visits
1140
More from this volume
← Rationale and Application of Express Algorithms for Mental Health Assessment in Professional Selection and Screening ExaminationsPhysiological markers of vigilance variation in a supervisory task →
- Application of ExpressDecision2 in User-Centered and Shared-with-Expert Decisions Under Risk and Uncertainty
- The Psyche of “Self” in Students’ Systemic and Structural Interaction with Online Teaching-Learning Platforms
- Surgeon’s performance: analogy with aircraft pilot’s challenges
- Modelling And Simulation With Biofeedback For Operators Of Human-Machine Systems
- Assertiveness in the System of Behavioral Strategies of the Modern Youth
- Rationale and Application of Express Algorithms for Mental Health Assessment in Professional Selection and Screening Examinations
- Physiological markers of vigilance variation in a supervisory task
- Classifying mental workload using EEG data: A machine learning approach
- An Innovative Measure of Cognitive Function in the Human-Autonomy Partnership
- Thermal Imaging of the Face: Mental Workload Detection in Flight Simulator
- Neuromarketing as a tool for environmental conditioning and sustainable consumption
- FNIRS an emerging technology for design: advantages and disadvantages.