Santos / San Francisco / Woodridge / Roseville / Boston / Albizzate / Cleveland / Easton / M. R / Esslingen / San Jose / /
Company
Atmel / Cambridge University Press / Parker Hannifin Corp. / Tekscan Inc. / Smooth-On Inc. / Sparkfun Electronics / Intel / S. Blanton S. P. / /
Country
Germany / Italy / United States / /
Currency
USD / / /
Facility
Wyss Institute / Children’s Hospital / Harvard University / /
IndustryTerm
liquid metal alloy / on-chip sensor fusion algorithm / above devices / active orthotic device / automatic algorithm generation software / soft orthotic device / active soft orthotic device / supervised learning algorithm / soft active orthotic device / passive orthotic device / signal processing stage / Active knee rehabilitation orthotic device / active soft anklefoot orthotic device / silicone rubber layer5 / signal processing / rubber / bio-inspired active soft orthotic device / control hardware / complicated systems / active knee orthotic device / active soft orthotic devices / orientation estimation algorithm / orthotic and prosthetic technology / Metal hooks / orthotic devices / Active orthotic devices / electronics / serial protocol / active devices / soft plastics / metal tendon cables / orthotic device / /
Organization
Cambridge University / Wyss Institute / School of Engineering and Applied Science / National Science Foundation / Harvard / Wyss Institute for Biologically Inspired Engineering / Children’s Hospital Boston / Committee on Human Studies / Inertial Measurement Unit / Harvard University / Boston / /
Person
Leia Stirling / M. Bruelmeier / V / James Niemi / Robert J. Wood / Yong-Lae Park / Chen / Diana Young / Eugene Goldfield / Chandana Paul / W. Thatcher / / /
Bio-Inspired Active Soft Orthotic Device for Ankle Foot Pathologies