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A Kinect-based movement assessment system: marker position comparison to Vicon

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posted on 2017-07-12, 09:16 authored by Julia K. Nichols, Mark P. Sena, Jennifer L. Hu, Oliver M. O’Reilly, Brian T. Feeley, Jeffrey C. Lotz

Accurate movement analysis systems are prohibitive in cost and size to be accessible to the general population, while commercially available, affordable systems lack the accuracy needed for clinical relevance. To address these limitations, we developed a Depth Camera Movement Assessment System (DCMAS) featuring an affordable, widely available depth camera (e.g. Microsoft Kinect). After examining 3D position data for markers adhered to participants and a flat surface, captured with both DCMAS and the industry standard Vicon system, we demonstrated DCMAS obtained measurements comparable, within soft tissue artifact, to the Vicon system, paving the way for a breakthrough technology in preventative medicine.

Funding

This research was sponsored by a Proof-of-Concept Award from the University of California Office of the President [#269333, JCL], the UCSF James O. Johnston Award (BF), the David S. Bradford Endowed Chair in Orthopaedic Surgery (JCL), a grant from Applied Biomechanics, LLC, a grant from the National Institutes of Health [R41AR068202; JCL & BF], a National Science Foundation Graduate Research Fellowship (MS), and a National Institutes of Health Training [grant number #T32 GM008155] (JLH); University of California, San Francisco [James O. Johnston Award]; National Science Foundation [grant number 1000109313].

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    Computer Methods in Biomechanics and Biomedical Engineering

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