index - Identification, observation et commande des systèmes de dimension finis et des systèmes à retard

Logo LACBienvenue à la collection du LAC-IdOAccueil -  UNICAENENSICAEN

Les travaux de recherche de l'équipe IdO sont sur plusieurs thèmes :

Thème 1 : Identification des Systèmes et Traitement du Signal

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MOTS CLES

Direction of arrival estimation Electronic mail Wideband Signal processing algorithms Noise measurement Temperature measurement Correlation methods Stability analysis Additive noise Real-time systems Persistent excitation Estimation Feedback Partitioning algorithms Activity recognition Identification Computational modeling Signal to noise ratio Algorithm design and analysis Observers Bioreactor Blind equalisers Recursive estimation Lyapunov methods Auto-Regressive model Time-varying systems Nonlinear system Matrix algebra Control nonlinearities Signal processing Filtered high gain observers Frequency estimation Excitation persistante Vectors Circadian rhythms Mathematical model Bounded noise FIR systems Upper bound Binary output Blind equalizers Adaptive observer Circadian rhythm High gain observer Quadrature amplitude modulation Autoregressive processes Fading channels Observability Cascade systems DoA Delayed output Convergence Simulation Blind equalization Binary data Noise Switched linear systems Ellipsoids Nonlinear control systems Control system synthesis Delay effects Spectral analysis Channel estimation Parameter estimation Sampled outputs Uncertain system Leader-following consensus Switches FIR filters Shape Support vector machines Real-time identification Cascade observer Acoustic signal processing Localization Data mining Attitude estimation Stochastic processes Array signal processing Accelerometers Frequency Linear systems Stability Covariance matrices Discrete time systems Switching systems control Finite impulse response filters Directed graph Adaptive sliding mode control Binary sensors Continuous-discrete time observer Covariance matrix Distribution functions Continuous time systems Signal resolution Extended high gain observer Nonlinear systems Delays Sensor arrays Characteristic indices

Contact :

Référent HAL du LAC-IDO :
M. Frikel (eq. IDO)
Tél. 02 31 45 27 09
miloud.frikel@ensicaen.fr