Abstract Submission

AI- and machine learning–driven movement analysis

Digital biomarkers and predictive models of mobility and function

Wearable, embedded, and distributed sensing systems

Cyber-physical systems and data fusion for movement health

Intelligent rehabilitation, training, and assistive technologies

Robotics, exoskeletons, and human–machine interaction

Ethical, equitable, and accessible movement technologies

Lifespan biomechanics and motor control

Aging, frailty, and mobility preservation

Pediatric and developmental movement science

Injury risk assessment, prevention, and recovery technologies

One Health perspectives on mobility, environment, and well-being

Clinical, community, and real-world deployment of movement innovations