Orlando / Systems / Lueven / Popovic / Molen / Oxford / Washington / DC / Pittsburgh / Luoyang / Lausanne / Sendai / Lyon / Chicago / /
Company
Advanced Digital Logic Inc. / Neural Systems / Honda / Copley Controls Corp. / Patla A.E. / Sensory Co. Inc. / Media Laboratory / /
Country
Switzerland / Slovenia / Belgium / France / Japan / United States / Canada / United Kingdom / China / /
Currency
USD / / /
Facility
H. Massachusetts Institute of Technology / M. Massachusetts Institute of Technology / Massachusetts Institute of Technology / / /
IndustryTerm
lower-limb prosthetic devices / xPC target applications / realistic lower-limb assistive devices / assistive devices / wearable gait analysis tools / prosthetic devices / legged robotic systems / Wireless In-Shoe Force System / prosthetic device / energy / biomimetic prosthetic device / calibrated force platform systems / realtime software / measurement device / wireless gait analysis / bipedal systems / gait assessment tool / /
Organization
Medicine and Biology Society / Ground Reaction Force / MIT / Harvard / Robotics Society of Japan / Massachusetts Institute of Technology / University of Waterloo / World Congress / International Society for Prosthetics and Orthotics / /
Person
S. Naumann / Prince / Hugh Herr / Delta / Napoleon / Williamson / Matthew Farrell / Ernesto C. Martinez-Villalpando / / /
Position
Prince / model / representative / /
ProgrammingLanguage
FP / R / C / /
ProvinceOrState
Alberta / S.K. / Pennsylvania / Florida / M. B. / Massachusetts / New Hampshire / /
Estimation of Ground Reaction Force and Zero Moment Point on a Powered Ankle-Foot Prosthesis