The Role of Visual Augmentation on Embodied Skill Acquisition Across Perspectives and Body Representations

This is the authors' abstract. We don't add key points for this paper.

Immersive embodiment holds great promise for motor skill acquisition, however the design and effect of real-time visual guidance across perspectives and body representations remain underexplored. This study introduces a puppet-inspired visual feedback framework that uses continuous visual linkages - line, color, and thickness cues - to externalize spatial deviation and scaffold embodied learning. To evaluate its effectiveness, we conducted a controlled virtual reality experiment (N = 40) involving gesture imitation tasks with fine (sign language) and gross (aviation marshalling) motor components, under first- and third-person viewpoints. Results showed that color-based guidance significantly improved imitation accuracy, short-term learning, and perceived embodiment, especially in finger-based and first-person settings. Subjective assessments (NASA-TLX, Motivation, IPQ, Embodiment) confirmed improvements in presence, agency, and task engagement.