INFORMATION

Claire V. Hammond, Wan M. R. Rusli, Ryo Ueno (2025). Development of a Pytorch-based Kinematic Engine to Facilitate the Use of Realistic Joint Structures in Machine Learning Applications. XXX Congress of International Society of Biomecanics.

Ryo Ueno, Claire V. Hammond, Wan M. R. Rusli (2025). Calibrationless monocular vision motion capture for drop jump. XXX Congress of International Society of Biomecanics.

Wan M. R. Rusli, Claire V. Hammond, Ryo Ueno (2025). Calibrationless Monocular Vision for Estimating Ground Reaction Forces and Knee Adduction Moment During Gait. XXX Congress of International Society of Biomecanics.

Mössner, M., Schindelwig, K., Ueno, R., Ebenbichler, M., Heinrich, D., Eberle, R. & Nachbauer, W. (2024). ACL load at binding release in simulated backward twisting falls. 25th International Congress on Snowsports Trauma and Safety & 38th Congress of the International Society for Snowsports Medicine

Ishida, T., Ueno, R., Kitamura, Y., Kitamura, Y., Samukawa, M. and Tohyama, H. (2023). THE RELATIONSHIP BETWEEN CENTER OF PRESSURE POSITION AND KNEE EXTENSOR MOMENT DURING DOUBLE-LEG SQUATTING. XXIX Congress of International Society of Biomecanics, O07-4

Numata, R., Tsuyuki, Y., Ueno, R. (2023). IS COMPUTER VISION-BASED MOTION CAPTURE APPLICABLE FOR MUSCULOSKELETAL SIMULATION ? XXIX Congress of International Society of Biomecanics, P27-4

Ueno, R., Numata, R., Tsuyuki, T., Tohyama, H. (2023). Predicted Ground Reaction Force Is Plausible to Use in Inverse Dynamics Based Musculoskeletal Simulation During Gait. XXIX Congress of International Society of Biomecanics, O34-1