Over the past half-century, musculoskeletal simulations have deepened our knowledge of
human and animal movement. This article outlines ten steps to becoming a musculoskeletal …

Background Technological advancements in functional neuroimaging and motion capture
have led to the development of novel methods that facilitate the diagnosis and rehabilitation …

Optical motion capture is an essential tool for the study and analysis of human movement.
Currently, most manufacturers of motion-capture systems provide software applications for …

Muscle–tendon power output is commonly assessed in the laboratory through the work loop,
a paired analysis of muscle force and length during a cyclic task. Work-loop analysis of …

Current laboratory-based setups (optical marker cameras+ force plates) for human motion
measurement require participants to stay in a constrained capture region which forbids rich …

Biomechanical simulation allows for in silico estimations of biomechanical parameters such
as muscle, joint and ligament forces. Experimental kinematic measurements are a …

Lower limb exoskeletons and exosuits (“exos”) are traditionally designed with a strong focus
on mechatronics and actuation, whereas the “human side” is often disregarded or minimally …

Restriction of movement at a joint due to disease or dysfunction can alter the range of motion
(ROM) at other joints due to joint interactions. In this paper, we quantify the extent to which …

Improving the quality of work for human beings is receiving a lot of attention from multiple
research communities. In particular, digital transformation in human factors and ergonomics …

Recent advances in wearable sensing and machine learning have created ample
opportunities for “in the wild” movement analysis in sports, since the combination of both …