09 - Air Transport System Efficiency
CLASSIFICATION OF EXTENDED REALITY BASED HUMAN MACHINE INTERFACES SCENARIOS FOR URBAN AIR MOBILITY
M. Gomes Araujo¹, C. Conte², F. De Crescenzio¹, D. Accardo²; ¹University of Bologna, Italy ;²University of Naples Federico II, Italy
Urban Air Mobility uses vertical take-off and landing vehicles for efficient urban transportation. Addressing challenges like public acceptance and operational visualization is crucial. Extended Reality (XR) technologies offer immersive interfaces aiding in early stages. This paper outlines collaborative research in PNRR and MOST projects, exploring XR-based scenarios for UAM integration and traffic management.