Motion Reconstruction
Stride Variability Analysis
- Ojeda, L. , Adamczyk, P., Rebula, J. , Nyquist, L., Strasburg, D., Alexander, N. “Reconstruction of body motion during self-reported losses of balance in community-dwelling older adults.”. Journal of Medical Engineering & Physics . 12/2018
- Ojeda, L., Zaferiou, A., Cain, S., Vitali R., Davidson S., Stirling L., Perkins, N. “Estimating Stair Running Performance using Inertial Sensors”. Sensors. 11/2017; 17(11)
- Zaferiou, A., Ojeda, L., Cain, S., Vitali, R., Davidson, S., Sterling, L., Perkins, N. “Quantifying Performance on an Outdoor Agility Drill using Foot-Mounted Inertial Measurement Units”. PLOS ONE. 11/2017; 12(11)
- Rebula, J., Ojeda, L., Adamczyk, P., Kuo, A. “The Stabilizing Properties of Foot Yaw in Human Walking”. Journal of Biomechanics. 02/28/2016; 53: 1-8
- Ojeda, L., Rebula, J., Kuo, A., Adamczyk, P. “Influence of contextual task constraints on preferred stride parameters and their variabilities during human walking”. Medical Engineering & Physics . 08/2015; 37(10): 929-936
- Ojeda, L., Rebula, J., Adamczyk, P, Kuo, A. “Mobile platform for motion capture of locomotion over long distances”. Journal of Biomechanics . 09/2013; 46(13): 2316-2319
- Rebula, J., Ojeda, L., Adamczyk, P., Kuo, A. “Measurement of Foot Placement and its Variability with Inertial Sensors”. Gait Posture. 06/2013; 38(4): 974-980
Results
3D plots of multiple strides
Side view showing the foot clearance
Top view emphasizing the stride length and width variability
Strides collected during a full day
