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Vaibhav Shah
Vaibhav Shah
Verified email at umontreal.ca
Title
Cited by
Cited by
Year
The impact of outdoor walking surfaces on lower-limb coordination and variability during gait in healthy adults
P Ippersiel, V Shah, PC Dixon
Gait & Posture 91, 7-13, 2022
192022
Generalizability of deep learning models for predicting outdoor irregular walking surfaces
V Shah, MW Flood, B Grimm, PC Dixon
Journal of Biomechanics 139, 111159, 2022
152022
Effects of outdoor walking surface and slope on hip and knee joint angles in the sagittal plane
P Dixon, V Shah, A Willmott
Gait & Posture 90, 48-49, 2021
12021
Effect of Gait Speed and Dynamic Time-Warping on the prediction of Lower-Limb Joint Angles
V Shah, PC Dixon
Gait & Posture 113, 210, 2024
2024
The NACOB multi-surface walking dataset
O Jlassi, V Shah, PC Dixon
Scientific Data 11 (1), 880, 2024
2024
A single inertial measurement unit-based deep learning model for predicting knee angles during running
V Shah, PC Dixon
Gait & Posture 106, S191-S192, 2023
2023
An automatic approach for classifying gait on outdoor walking surfaces based on wearable sensors
P Dixon, V Shah
Gait & Posture 90, 46-47, 2021
2021
Prediction of lower limb joint kinetics during gait via machine learning
Y Onishi, PC Dixon, V Shah, H Okada
Gait & Posture 90, 168-169, 2021
2021
Gait Speed and Task-Specificity in Predicting Lower-Limb Kinematics: A Deep Learning Approach Using Inertial Sensors
V Shah, PC Dixon
Available at SSRN 4965927, 0
Prediction of Lower Limb Joint Torques and Powers During Gait Using Machine Learning
Y Onishi, V Shah, PC Dixon, H Okada
Available at SSRN 4052247, 0
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