Wilson / Creative Commons / The Media Laboratory / /
Country
United States / / /
EntertainmentAwardEvent
the NIH Pioneer Award / /
Facility
Massachusetts General Hospital / University College London / Massachusetts Institute of Technology / /
IndustryTerm
neuromuscular systems / minimum energy / elastic energy / metabolic energy / tendon elastic energy contributions / tendon elastic energy / metabolic efficiency metric accounting / evolutionary algorithms / metabolic energy cost / prosthetic and orthotic technologies / energy / biological neuromuscular systems / /
Organization
Department of Brain and Cognitive Sciences / National Institute of Health / dNb / MIT Media Lab / University College London / Harvard / Massachusetts General Hospital / Massachusetts Institute of Technology / Department of Anesthesia / Critical Care and Pain Medicine / MIT Division of Health Sciences and Technology / /
Person
Karl J. Friston / /
Position
Author / original author / Editor / /
Product
Sigma DP1 Digital Camera / /
ProvinceOrState
Massachusetts / /
PublishedMedium
PLoS Computational Biology / the PLoS Computational Biology / /
Technology
neuroscience / ranking / evolutionary algorithms / prosthetic and orthotic technologies / MTU / /
Human Leg Model Predicts Ankle Muscle-Tendon Morphology, State, Roles and Energetics in Walking Pavitra Krishnaswamy1, Emery N. Brown1,2,3, Hugh M. Herr1,4* 1 Harvard-MIT Division of Health Sciences and Technology, Massa