Kistler Instrument Corporation / Harvard BioRobotics Laboratory / Furukawa / F. Lacquaniti N. A. / Sensable Technologies Corporation / /
Country
Jordan / / /
Facility
National University of Singapore / Carnegie Mellon University / Stanford University / Reed College / University of Washington / Harvard BioRobotics Laboratory / Massachusetts Institute of Technology / University of California / Harvard University / /
IndustryTerm
energy reduction phase / higher energy strategies / high-energy strategy / biological systems / energy-reduction control strategies / Mouse input devices / energy reduction / low-energy strategy / energy / energy consumption / impedance estimation algorithm / energy requirement / rubber ball / electronics industry / handheld devices / well-characterized metal springs / high energy cost / physical systems / /
Movie
K2 / /
Organization
Brain and Cognitive Sciences Department / National Institute of Health / Harvard University / National University of Singapore / University of California / Berkeley / Division of Engineering and Applied Sciences / Massachusetts Institute of Technology / Department of Computer Science and Engineering / Harvard School of Engineering and Applied Sciences / Stanford University / Carnegie Mellon University / Reed College / University of Washington / Seattle / National Academy of Sciences USA / /
Person
Robert D. Howe / Ravi Balasubramanian / Robert D. Howe Robert / Ravi Balasubramanian Ravi Balasubramanian / Yoky Matsuoka / /
Position
robotic controller / research associate / ceo / Professor of Engineering / contact author / chair / design engineer / Associate Professor / founder / /
1 Task Performance is Prioritized Over Energy Reduction Ravi Balasubramanian*, Member, IEEE, Robert D. Howe, Senior Member, IEEE, and Yoky Matsuoka, Member, IEEE.