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Impact of task constraints on a 3D visuomotor tracking task in virtual reality

Engineering and Technology

Impact of task constraints on a 3D visuomotor tracking task in virtual reality

H. Baillet, S. Burin-chu, et al.

Explore how task constraints like gain, size, and speed influence our ability to adapt in a 3D virtual reality tracking task. This research, led by Héloïse Baillet and team, uncovers intriguing findings about movement dynamics and challenges in immersive environments.

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Playback language: English
Abstract
This study evaluated the impact of task constraints (gain, size, speed) on participants' adaptation during a 3D visuomotor tracking task in virtual reality. Twenty-three participants tracked a moving target within a cube using an HTC Vive Pro Eye headset. Results showed increased target-effector distance and elbow amplitude with stronger constraints, with the depth dimension significantly impacting task difficulty and elbow coupling.
Publisher
Frontiers in Virtual Reality
Published On
Authors
Héloïse Baillet, Simone Burin-Chu, Laure Lejeune, Morgan Le Chénéchal, Régis Thouvarecq, Nicolas Benguigui, Pascale Leconte
Tags
3D visuomotor tracking
virtual reality
task constraints
elbow coupling
participant adaptation
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