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

DERNIERES PUBLICATIONS

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COLLABORATIONS

STATISTIQUE

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MOTS CLES

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

Contact :

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