In the aviation industry, safety remains vital, often compromised by pilot errors attributed to
factors such as workload, fatigue, stress, and emotional disturbances. To address these …

The safety of flight operations depends on the cognitive abilities of pilots. In recent years,
there has been growing concern about potential accidents caused by the declining mental …

The competitive society in the new era calls for more research to improve the well-being of
workers as well as to improve their productivity. Knowledge workers face a high mental …

Intelligence of aircraft cockpits can be improved by creating an electronic pilot (ePilot) to
establish a Pilot-ePilot teaming relationship. Effects of task proficiency and automation …

User proficiency in manual operation of autonomous systems is crucial to the performance of
these systems because users are often the final barrier in detecting and correcting abnormal …

Adjusting operator support in human-machine systems is a promising way of combining
operator involvement with high overall system performance. Adaptive automation aims to …

The use of machine learning techniques for safety analysis, incident and accident
investigation, fault detection and also for the study of piloting behaviors has gained …

This paper presents a multimodal affect assessment protocol developed for aviation training,
which consists of physiological, behavioral measures of affect and subjective self-report of …

Cognitive workload refers to the amount of mental capacity that is stored in working memory
and remains a vital yet challenging aspect of many human factors applications. This paper …

The perceived workload of pilots reflects their current state, and understanding the pilot's
state is crucial for system design, accident prevention, and mission planning. Monitoring the …