Jörg Miehling

This paper develops a method to estimate personalized musculoskeletal inertial parameters using body hulls from smartphone images, improving accuracy over generic models in gait analysis.

This paper introduces a cerebellum model that enables gait adaptation in a reflex-based neuromusculoskeletal model during split-belt walking, showing exponential reduction in step length asymmetry.

This study uses simulations to investigate if reduced reactivity in Parkinson's disease explains postural instability and increased muscle tone, finding that reduced reactivity increases muscle activation but not sway parameters.

This paper introduces a neuromusculoskeletal model for simulating upright standing postural control using sensor feedback, showing it can replicate physiological joint movements and reactive balance behavior.