Jeonghoon Oh

TL;DR: Results showed that the Kinect v2 sensor has the potential to be an effective clinical assessment tool for sagittal plane knee and hip joint kinematics, as well as some spatiotemporal temporal variables including pelvis displacement and step characteristics during the gait cycle.

TL;DR: The Kinect v2 can was sensitive enough to detect between group differences and consistently produced results similar to the BTS system and Agreement and consistency were excellent between systems for stride length, stance duration, swing duration, gait velocity, and swing velocity.

TL;DR: The results indicate that this low-cost and easy to implement technology may provide to clinicians a simple tool to simultaneously assess reach distances while developing a clearer understanding of the lower extremity movement patterns associated with SEBT performance in healthy and injured populations.

TL;DR: Results showed that the Kinect v2 sensor has the potential to be an effective clinical assessment tool for predicting GRFs produced during gait for patients with PD, however, the observed findings should be replicated and model reliability established prior to integration into the clinical setting.

TL;DR: This study established the validity of the Kinect v2 sensor in assessing center of mass (CoM) excursion and velocity during single-leg balance and voluntary ankle sway tasks among young and elderly subjects and compared balance outcome measures to a traditional three-dimensional motion analysis system.