Tiina Murtola

The paper uses a musculoskeletal model to study how the number and maximum firing rate of motor units affect reaching performance in human upper limb movements.

The paper develops a visualization method for joint force-velocity properties in musculoskeletal models to analyze how muscle dynamics influence movement.

This study simulates how different motor unit pool models affect force generation in muscles during static and dynamic tasks, finding that feedback improves performance, especially for physiologically relevant models.