TY - BOOK
T1 - Exploration of Innovative Methods for Complex SKill Learning
AU - Geisen, Mai
N1 - Kumulative Dissertation
PY - 2024
Y1 - 2024
N2 - This dissertation addresses innovative methods at the intersection of human-system interaction and visual information provision for the acquisition of complex skills. Conventionally, skill training relies heavily on human coaches for pre-execution guidance and post-execution feedback. The actual execution phase has been much less explored in terms of information provision. This work explores temporal and visual-spatial dimensions of information provision and proposes innovative solutions for skill training. Primarily rooted in sports research, studies aim to comprehensively adapt to different complex learning contexts. The primary focus is on real-time comparison between actual and target skill performance, complemented by additional methods for motion analysis. A second focus of this interdisciplinary work addresses technological possibilities that digitization offers for complex skill learning. Motion capture is utilized for recording intricate motion sequences. Extended Reality supports visual information presentation, both for integration in existing learning settings and for establishing novel virtual environments. By combining insights from the fields of learning, coaching and computing, this dissertation seeks to advance the development of methods for complex skill learning within a scientific framework.
AB - This dissertation addresses innovative methods at the intersection of human-system interaction and visual information provision for the acquisition of complex skills. Conventionally, skill training relies heavily on human coaches for pre-execution guidance and post-execution feedback. The actual execution phase has been much less explored in terms of information provision. This work explores temporal and visual-spatial dimensions of information provision and proposes innovative solutions for skill training. Primarily rooted in sports research, studies aim to comprehensively adapt to different complex learning contexts. The primary focus is on real-time comparison between actual and target skill performance, complemented by additional methods for motion analysis. A second focus of this interdisciplinary work addresses technological possibilities that digitization offers for complex skill learning. Motion capture is utilized for recording intricate motion sequences. Extended Reality supports visual information presentation, both for integration in existing learning settings and for establishing novel virtual environments. By combining insights from the fields of learning, coaching and computing, this dissertation seeks to advance the development of methods for complex skill learning within a scientific framework.
M3 - Dissertations
BT - Exploration of Innovative Methods for Complex SKill Learning
PB - Deutsche Sporthochschule Köln
CY - Köln
ER -