San Francisco / Bangkok / Taipei / St. Louis / Barcelona / Boston / New York / Washington / DC / New Orleans / Lausanne / San Diego / /
Company
Harvard Microrobotics Laboratory / Keyence / Princeton University Press / F2 / Centeye Inc. / Biomimetic / C ONTROL A. Sensor Hardware / J. Comp / /
Country
Switzerland / Thailand / Taiwan / United States / Spain / /
Currency
USD / AWG / / /
Facility
College Park / University of Waterloo / Harvard University / Wyss Institute / Harvard Microrobotics Laboratory / University of Maryland / /
IndustryTerm
digital signal processor / subspace state-space n4sid algorithm / information processing capabilities / silicon chip / pixel signal off-chip / pixel electronics uses / typical fiberglass / nonlinear control law / control law / final complete microrobotic device / feedback law / microrobotics applications / optical flow processor / signal processing / robotic systems / black paint / computational hardware / real-time controllers / signal processing algorithms / sensor chip / controlled employing a feedback law / /
Organization
Magnitude Average Lift Force / E&CE Fourth Year Design Project / Princeton University / Harvard University / National Science Foundation / Average Lift Force / Wyss Institute for Biologically Inspired Engineering / Ecole Polytechnique F´ed´erale de Lausanne / University of Waterloo / University of Maryland / College Park / School of Engineering and Applied Sciences / Harvard University / Boston / /
Person
Emile J. Duhamel / Geoffrey L. Barrows / K. C. Galloway / P. Van Overschee / / /
2012 IEEE International Conference on Robotics and Automation RiverCentre, Saint Paul, Minnesota, USA May 14-18, 2012 Altitude Feedback Control of a Flapping-Wing Microrobot Using an On-Board Biologically Inspired Optica