Presentation
Astronaut Performance in Extra-Vehicular Activities Through Augmented Reality: A Study on Lighting Conditions and Cognitive Workload
DescriptionThe research aims to optimize augmented reality (AR) systems in astronauts' helmets during extra-vehicular activities (EVAs) to enhance performance and reduce cognitive workload in different lighting conditions. AR holds promise for real-time task support in environments like Mars or the moon, where communication is limited. Challenges like glare and darkness can hinder task completion and increase cognitive workload during EVAs. Augmented reality can provide crucial task instructions and support within astronauts' helmets, but its effectiveness in varying lighting conditions remains underexplored. This study seeks to understand how lighting conditions affect task performance and workload during EVAs and compare passive and active AR systems' effectiveness. By optimizing AR design, the research aims to provide insights for enhancing astronauts' performance and safety during space exploration missions. Key questions include the influence of lighting conditions on performance, the effectiveness of AR systems, and optimization strategies for supporting astronauts during EVAs.
Event Type
Lecture
TimeTuesday, September 10th10:25am - 10:45am MST
LocationFLW Salon J
Extended Reality