@GregLehman @BasVanHooren Good point, Greg. From a theoretical perspective, the dynamic interplay between individual, task and environmental factors warrant consideration: https://t.co/h0WUfNsZPz Curious to see if @PaulGlazier and @ShakeyWaits have other
RT @singh_harjiv: Metabolic energy expenditure and the regulation of movement economy https://t.co/puqrCA6VXH
Metabolic energy expenditure and the regulation of movement economy: https://t.co/nzwYWlK4QH
Also, seldom is motor control theory given due consideration, e.g.,: https://t.co/SBdIpzb0Z3
RT @PaulGlazier: An excellent review of the constraints-based approach to movement economy, self-optimisation, etc. https://t.co/PQaTFVcdRr
RT @PaulGlazier: An excellent review of the constraints-based approach to movement economy, self-optimisation, etc. https://t.co/PQaTFVcdRr
RT @PaulGlazier: An excellent review of the constraints-based approach to movement economy, self-optimisation, etc. https://t.co/PQaTFVcdRr
RT @PaulGlazier: An excellent review of the constraints-based approach to movement economy, self-optimisation, etc. https://t.co/PQaTFVcdRr
RT @PaulGlazier: An excellent review of the constraints-based approach to movement economy, self-optimisation, etc. https://t.co/PQaTFVcdRr
RT @PaulGlazier: An excellent review of the constraints-based approach to movement economy, self-optimisation, etc. https://t.co/PQaTFVcdRr
An excellent review of the constraints-based approach to movement economy, self-optimisation, etc. https://t.co/PQaTFVcdRr
@IzzyMoore9 Enjoyed your papers. This may be of interest - self-optimisation from a DST/constraints perspective: http://t.co/VlosDjX21T.