Natick / Berlin / K ERNEL / Oscillator / Nicosia / Cambridge / Brussels / P. Tomei / /
Company
Control Series A. S. / Nonlinear Systems / MIT Press / Matsuda / Intelligent & Robotic Systems / Ed. Princeton University Press / Industrial Electronics / Feedback Systems / /
Country
Belgium / /
Currency
pence / / /
Facility
Prentice Hall / The BioRobotics Institute / Institute of Mechanics / Biorobotics Laboratory / Institute of Bioengineering / /
IndustryTerm
neural network / on-line version / smart signal processing techniques / neural networks / On-line learning / classical applications / control applications / signal processing / robotics applications / data processing algorithms / dynamical systems / fixed-position algorithms / learning algorithm / /
MarketIndex
ESTIMATES OF THE / /
Organization
Institute of Mechanics / Materials and Civil Engineering / World Congress / Institute of Bioengineering / MIT / Centre for Research / Princeton University / Ecole Polytechnique F´ed´erale de Lausanne / BioRobotics Institute / /
Person
Renaud Ronsse / Nicola Vitiello / Maria Chiara / F. Janabi-Sharifi / V / Jan Ijspeert / Marco Maria / Marco Maria De Rossi / Jan Abstract Estimating / Maria Chiara Carrozza / /
Article de périodique (Journal article) "Real-time estimate of velocity and acceleration of quasi-periodic signals using adaptive oscillators" Ronsse, Renaud ; De Rossi, Stefano Marco Maria ; Vitiello, Nicola ; Lenzi, T