![]() ![]() Although the proposal has received criticism, the integrative and practical potential of the constraints-led approach is indubitable. Due to the integration of variables studied in different disciplines such as physiology, biomechanics, and psychology, the constraints-led approach has been suggested as a possible unifying framework for sport performance studies. Constraints-led approaches based on Newell’s model have been applied to numerous movement science and sporting fields in recent years, including skill acquisition, motor development, motor performance, medicine, physical therapy and rehabilitation, physical conditioning, sports biomechanics, creative behavior, and sport injuries. ![]() The concept of constraints is used in different scientific fields (e.g., mathematics, physics, computer science, biology, and linguistics) and refers to boundary conditions, limitations, or design features that apply restrictions to the degrees of freedom of a system, thereby indicating the trajectories that the system may exhibit. and Pattee, contrary to dynamic laws which are incorporeal and universal, constraints are always physically embodied and local. ![]() Constraints determine the way in which the multiple components of complex systems self-organize to produce reliable macroscopic functions. ![]()
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