Scientific Programme
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2001-09-03
- MODELLING AND CONTROL OF BIOLOGICAL PROCESSES (G. BASTIN)
- RETURN METHOD: SOME APPLICATIONS TO FLOW CONTROL (J.-M. CORON)
- INTRODUCTION TO OPTIMAL CONTROL THEORY (A.A. AGRACHEV)
- STABILITY ANALYSIS BASED ON DIRECT LIAPUNOV METHOD (A. BACCIOTTI)
- INTRODUCTION TO GEOMETRIC NONLINEAR CONTROL - I (B. JAKUBCZYK)
- A COURSE ON OBSERVABILITY (J.P. GAUTHIER)
- VALUE FUNCTION IN OPTIMAL CONTROL (H. FRANKOWSKA)
- CLASSICAL CONTROL THEORY (J. ZABCZYK)
- GEOMETRIC NONLINEAR CONTROL THEORY II (W. RESPONDEK)
- NOTES ON SUBRIEMANNIAN GEOMETRY FROM "A TOUR OF SUBERIEMANNIAN GEOMETRY" (R. MONTGOMERY)
- LINEAR QUADRATIC CONTROL THEORY FOR INFINITE DIMENSIONAL SYSTEMS (G. DA PRATO)
- VALUE FUNCTION IN OPTIMAL CONTROL - I (H. FRANKOWSKA)
- VALUE FUNCTION IN OPTIMAL CONTROL - II (H. FRANKOWSKA)
- VALUE FUNCTION IN OPTIMAL CONTROL - III (H. FRANKOWSKA)
- VALUE FUNCTION IN OPTIMAL CONTROL - IV (H. FRANKOWSKA)
- VALUE FUNCTION IN OPTIMAL CONTROL - V (H. FRANKOWSKA)
- ON THE STABILIZATION OF SOME NONLINEAR CONTROL SYSTEMS: RESULTS, TOOLS, AND APPLICATIONS (J.-M. CORON)
- FLATNESS BASED DESIGN (P. ROUCHON)
- THE COMBINATORICS OF NONLINEAR CONTROLLABILITY AND NONCOMMUTING FLOWS - I (M. KAWSKI)
- NOTES FOR J. P. STEYER'S COURSE FROM "CONTROL OF WASTEWATER SYSTEMS IN PRACTICE" (J. P. STEYER)
- MASS BALANCE MODELLING OF BIOPROCESSES (O. BERNARD)
- STATE ESTIMATION FOR BIOPROCESSES (O. BERNARD & J. L. GOUZE')
- MODELLING AND CONTROL OF MASS BALANCE SYSTEMS (G. BASTIN)
- CONTROL OF BIOLOGICAL PROCESSES (G. BASTIN)
- ON MODELLING AND CONTROL OF MASS BALANCE SYSTEMS (G. BASTIN)
- OPTIMIZING BIOREACTORS BY EXTREMUM SEEKING (G. BASTIN)
- BASIC PRINCIPLES OF MATHEMATICAL MODELLING (C. LOBRY)
- WASTEWATER TREATMENT PROCESSES: WHY IS IT IMPORTANT TO CONTROL THEM AND WATH ARE THE DIFFICULTIES? (J.P. STEYER)
- ON-LINE INSTRUMENTATION IN WASTEWATER TREATMENT PROCESSES: HOW TO GET THE RIGHT INFORMATION AT THE RIGHT MOMENT AND EFFORTS TO SPEND CONCERNING THE MAINTENANCE (J.P. STEYER)
- EXPERIMENTAL ILLUSTRATIONS OF ON-LINE CONTROL OF WASTEWATER TREATMENT PROCESSES (J. P. STEYER)
- EXPERIMENTAL ILLUSTRATIONS OF ON-LINE DIAGNOSIS OF WASTEWATER TREATMENT PROCESSES USING ANALYTICAL AND HEURISTIC APPROACHES (J. P. STEYER)
- FLATNESS BASED DESIGN (NOTES OF THE COURSE) (P. ROUCHON)
- RETURN METHOD: SOME APPLICATIONS TO FLOW CONTROL (J.-M. CORON)