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Bienvenue à la collection du LAC-IdO
Les travaux de recherche de l'équipe IdO sont sur plusieurs thèmes :
Thème 1 : Identification des Systèmes et Traitement du Signal
Thème 1 : Identification des Systèmes et Traitement du Signal
DERNIERES PUBLICATIONS
COLLABORATIONS
STATISTIQUE
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)
M. Frikel (eq. IDO)
Tél. 02 31 45 27 09
miloud.frikel@ensicaen.fr