Spatiotemporal Gait Measurement with a Side-View Depth Sensor Using Human Joint Proposals

Spatiotemporal Gait Measurement with a Side-View Depth Sensor Using Human Joint Proposals

We propose a method for calculating standard spatiotemporal gait parameters from individual human joints with a side-view depth sensor. Clinical walking trials were measured concurrently by a side-view Kinect and a pressure-sensitive walkway, the Zeno Walkway. Multiple joint proposals were generated...

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Bibliographic Details
Main Authors: Czarnuch, S. (Author), Hynes, A. (Author), Kirkland, M.C (Author), Ploughman, M. (Author)
Format: Article
Language:English
Published: Institute of Electrical and Electronics Engineers Inc. 2021
Subjects:
adult
aged
algorithm
Algorithms
Article
Biomechanical Phenomena
biomechanics
body position
Depth sensor
Dijkstra's algorithm
dual-task performance (test)
dyslipidemia
Expanded Disability Status Scale
Field of views
foot
gait
Gait
gait analysis
Gait measurements
Gait parameters
Graph algorithms
Graph theory
head
hip
human
human experiment
Humans
hypertension
Indirect measure
Intraclass correlation coefficients
joint proposals
knee
male
middle aged
migraine
Multiple joints
normal human
Pressure sensitive
reproducibility
Reproducibility of Results
shortest paths
side-view
Spatial parameters
spatiotemporal analysis
standing
step length
Stochastic systems
stride length
stride width
thigh
walking
Walking
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