Leveraging behavioral and physiological signals for the estimation of humans' cognitive functioning.
Investigating how users interact with autonomous vehicle technology. Ongoing projects include measuring drivers' workload during automated driving and assessing the accuracy of Driver Monitoring Systems.
Using VR to investigate human behavior and human-machine interaction in driving, manufacturing, and military settings.
Developing and testing the accuracy of machine learning for detecting the status of the human operator during their interaction with real-world systems.
Investigating the cognitive factors of performing physical tasks in manufacturing, military, and healthcare settings.
Leveraging behavioral and physiological signals for the estimation of humans' cognitive functioning.
Investigating how users interact with autonomous vehicle technology. Ongoing projects include measuring drivers' workload during automated driving and assessing the accuracy of Driver Monitoring Systems.
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