Technological advances have led to physiological measurement being increasingly used to
measure and predict operator states. Mental workload (MWL) in particular has been …

Mental workload (MWL) can affect human performance and is considered critical in the
design and evaluation of complex human-machine systems. While numerous physiological …

In our anxiogenic and stressful world, the maintenance of an optimal cognitive performance
is a constant challenge. It is particularly true in complex working environments (eg flight …

Mental workload is a key factor influencing the occurrence of human error, especially during
piloting and remotely operated vehicle (ROV) operations, where safety depends on the …

Stress is a state of threatened homeostasis during which a variety of adaptive processes are
activated to produce physiological and behavioral changes. Stress induction methods are …

Objective: The aim of this study was to test whether inattentional deafness to critical alarms
would be observed in a simulated cockpit. Background: The inability of pilots to detect …

Objective: We aimed to provide an assessment of the impact of workload manipulations on
various cardiac measurements. We further sought to determine the most effective …

In the context of task sharing between a robot companion and its human partners, the
notions of safe and compliant hardware are not enough. It is necessary to guarantee …

Psychophysiological stress can affect the cognitive response and effective learning of
students during medical simulation practices. This study aimed to explore the effect of …

Pupil diameter is a widely-studied cognitive load measure, which, despite its convenience
for non-intrusive operator state monitoring in complex environments, is still not available for …