Media Laboratory / Kerdok AE / Las Vegas NV / Brockway / Suzuki / Ames / /
Country
Japan / United Kingdom / /
Currency
USD / / /
Facility
Rockville Pike / SAS Institute / Massachusetts Institute of Technology Media Laboratory Consortium / Massachusetts Institute of Technology / /
IndustryTerm
mechanical energy transfer / exoskeleton energy return / elastic energy savings / metabolic energy / metal frame / Energy return / elastic energy storage / energy / mechanical energy / elastic energy / fiberglass leaf springs / fiberglass springs / energy consumption / custommade passive-elastic device / leg energy return / average energy return / fiberglass / statistical software / biological leg energy return / energy losses / gas analyzers using reference gases / Energy changes / exoskeletal energy return / energy transfer / less metabolic energy / /
Organization
Institute of Technology Media Laboratory Consortium / Cambridge Univ. / Massachusetts Institute of Technology / SAS Institute / Animal Movement / Massachusetts Institute of Technology Committee on the Use of Humans / American Physiological Society / /
Person
Gordon Composites / Alena M. Grabowski / Van Strien / Hugh M. Herr / /
Position
Hunter / model for running and hopping / Representative / /
Leg exoskeleton reduces the metabolic cost of human hopping Alena M. Grabowski and Hugh M. Herr J Appl Physiol 107:[removed], 2009. First published 7 May 2009; doi: [removed]japplphysiol[removed]