Muscle coordination may be difficult or impossible to predict accurately based on
biomechanical considerations alone because of redundancy in the musculoskeletal system …

Postural control may be an ideal physiological motor task for elucidating general questions
about the organization, diversity, flexibility, and variability of biological motor behaviors …

A goal and challenge in neuromechanical modeling is to develop validated simulations to
predict the effects of neuromotor deficits and therapies on movements. This has been …

This paper addresses the state-of-the-art of muscle modelling, from the perspective of a
systems bioscientist interested in multi-joint movement coordination involving many …

The simple act of standing up is an important and essential motor behavior that most
humans and animals achieve with ease. Yet, maintaining standing balance involves …

Computational models of the neuromuscular system hold the potential to allow us to reach a
deeper understanding of neuromuscular function and clinical rehabilitation by …

Computational modeling provides a framework to understand human movement control. For
this approach, physiologically motivated and experimentally validated models are required …

In order to truly understand how the central nervous system plans and produces movements
to match environmental demands, one needs to take into account the many muscle …

The musculoskeletal redundancy of the body provides multiple solutions for performing
motor tasks. We have proposed that the nervous system solves this unconstrained problem …

Humans can efficiently walk across a large variety of terrains and locomotion conditions with
little or no mental effort. It has been hypothesized that the nervous system simplifies …