engleski

Serious games for selection and training enhanced by multimodal psychophysiological measurements

This thesis analyzes the concept of serious games for selection and training enhanced by multimodal psychophysiological measurements, which may contain information regarding the user’s psychophysiological potential to operate in complex working conditions characterized by higher levels of cognitive workload or other sources of stress. The concepts of the simulation state of the serious game and the state of the user, as well as objective and subjective complexity of the simulated game scenarios computed from these states have been proposed in generic way and implemented in application- specific air traffic control selection setting. During preliminary data analysis of relationship between objective and subjective scenario complexity with air traffic controller candidates, it was observed that high objective complexity in the vicinity of aircraft collisions is associated with significant increases in the candidates’ skin conductance as one of the psychophysiological variables related to stress and cognitive workload, which may participate in computation of subjective complexity of these situations.

Serious games ; Psychophysiology ; Multimodal mesurements

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