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Section: Application Domains
Control of engineering systems
The team considers control problems in the aeronautic area and studies delay effects in automatic visual tracking on mobile carriers in collaboration with SAGEM.
Overall Objectives
Research Program
Application Domains
New Software and Platforms
New Results
- Zero-parameter mono and multi objective methods for the tuning of controllers
- Fixed-structure
H ∞ - Fixed-Structure Mu-Synthesis
- Algebraic Analysis Approach to Linear Functional Systems
- New Techniques for Robust Control of Linear Infinite-Dimensional Systems
- Set invariance for discrete-time delay systems
- Low complexity constrained control
- Fault detection based on set theoretic methods and connexions with fault tolerant control
- Interval Observer
- Reduction model approach: new advances
- Nonlinear systems with delay
- Strictification
- Stability analysis of fractional and classical neutral systems with commensurate delays
- Stabilization of fractional neutral systems with commensurate delays
- Stabilization of MISO fractional systems with I/O delays
- Modeling and control of Acute Myeloid Leukemia
- Algebraic geometry techniques for polynomial systems
Bilateral Contracts and Grants with Industry
Partnerships and Cooperations
Bibliography