Measuring pilot mental workload (MWL) is crucial for enhancing aviation safety. However,
MWL is a multi-dimensional construct that could be affected by multiple factors. Particularly …

This paper looks to examine the effect of modern day automation on the human machine by
reviewing literature spanning over three decades. Using the human factors model SCHELL …

Objective: The objective of this study was to examine the potential benefits and impact on
pilot behavior from the use of portable weather applications. Method: Seventy general …

Before urban air mobility (UAM) flights are safely integrated into the current airspace system,
it is necessary to identify and address human factors issues associated with UAM. Various …

Urban Air Mobility (UAM) has emerged in response to increasing traffic demands. As UAM
involves commercial flights in complex urban areas, well-established automation …

Fatigue is a serious threat to flight safety, being a contributing factor of many aviation
accidents. Sleep-related fatigue has been the most researched; however, fatigue also …

Various cognitive modeling techniques and tools have been developed to support
description and prediction of human behavior in complex systems. GOMS (Goals, Operators …

The purpose of automation is to improve pilot performance, increase efficiency, reduce risks,
and human error (Parasuraman, Sheridan, & Wickens, 2000). Generally, automation has …

El objetivo fue analizar la relación entre las horas totales, automatizadas y manuales de
vuelo, la flexibilidad cognitiva y la atención focalizada en una muestra de pilotos …

In recent years, research involving the use of neurophysiological sensor streams to
quantitatively measure and predict the level of mental workload experienced by an …