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Proprioceptive and Gaze Adaptations to Virtual Leg Length Asymmetry
Valentin Vallageas
,
Rachid Aissaoui
, Iris Willaert
,
David R. Labbé
École de technologie supérieure
Systems Engineering Department
itechsanté - Research Institute for Innovation in Health Technologies
LIO - Imaging and Orthopedics Research Laboratory
Software and Information Technology Engineering Department
LABMULTIMEDIA - Multimedia research laboratory
École de technologie supérieure
Research output
:
Contribution to journal
›
Journal Article
›
peer-review
Overview
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Keyphrases
Altered Morphology
33%
Body Image
66%
Body Movement
33%
Body Position
33%
Body Representation
33%
Gaze Adaptation
100%
Gaze Control
33%
Gaze Entropy
100%
Incongruity
66%
Leg Length
100%
Length Asymmetry
100%
Lower Limb
33%
Multisensory Integration
33%
Non-dominant Leg
33%
Proprioception
66%
Proprioceptive Deficit
33%
Proprioceptive Drift
33%
Rehabilitation Strategies
33%
Self-avatar
33%
State Transition
66%
Top-down Modulation
33%
Virtual Leg
100%
Virtual Reality
33%
Visual Scanning
33%
Visuo-tactile
100%
Neuroscience
Body Image
100%
Proprioception
100%