Background Despite being available for more than three decades, quantitative gait analysis
remains largely associated with research institutions and not well leveraged in clinical …

Background Markerless motion capture has the potential to perform movement analysis with
reduced data collection and processing time compared to marker-based methods. This …

Human movement researchers are often restricted to laboratory environments and data
capture techniques that are time and/or resource intensive. Markerless pose estimation …

The arch of the human foot is unique among hominins as it is compliant at ground contact
but sufficiently stiff to enable push-off. These behaviours are partly facilitated by the …

This study presented a fully automated deep learning based markerless motion capture
workflow and evaluated its performance against marker-based motion capture during …

Background Markerless motion capture systems have the potential to make clinical gait
analysis more efficient and convenient. Theia3D is a commercially available markerless …

The human foot is a complex structure that plays an important role in our capacity for upright
locomotion. Comparisons of our feet with those of our closest extinct and extant relatives …

Abstract Background and Objective Loosening and wear are still the main problems for the
failure of total ankle arthroplasty, which are closely related to the micromotion at the bone …

Movement of skin markers with respect to their underlying bone (ie soft tissue artifacts
(STAs)) might corrupt the accuracy of marker-based movement analyses. This study aims to …

Abstract Background The Oxford Foot Model (OFM) and Rizzoli Foot Model (RFM) are the
two most frequently used multi-segment models to measure foot kinematics. However, a …