FRANÇAIS
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Systems Control and Flight Dynamics
Mission
- To direct and to conduct research on methods and tools for the conception and improvement of system control and steering functions.
- To contribute to the mastering of the complexity and the security of aerospace systems.
Areas of expertise
- Automatics, Artificial Intelligence, Flight Mechanics, Cognitive Sciences:
- methods and tools for guidance, control and identification;
- methods and tools for steering et decision making: planification, decision help;
- conception and performances of aerospace systems: flight qualities;
- operations: autonomy, steering architectures and human factors.
- Experimental or industrial application to systems for air or space vehicles: aircrafts and air transport systems, helicopteres, UAVs, orbital systems, planetary exploration robots, submarine robots or surface ships.
Thematic activities
- Methods and unified tools for identification & non-linear robust control
- Non-linear Model Identification with neural networks
- Conception and performance of rotary wing systems
- Trafic planification and management in air transportation systems
- Autonomous decision making and robotics
- Set of autonomous fonctions for UAVs in any environnement
- Powerfull planification and optimization algorithms
- Human factors
- Safe by design controller synthesis
- Highly adaptive system operation safety
- Real time acquisition systems & powerfull data processing
- Active Flow Control
- Composite wing demonstrator with innovative actuators
- Flapping wing experimentation, control and mastering
- New concepts of aircrafts : flying wings
On-going Projects
- AGATA, generic multi-mission architecture for autonomy
- IDEAS, UAVs insertion in air traffic
- AZUR, UAVs autonomous navigation in urban areas
- ROVER planetary exploration
- Action, Cooperation of Multiple Heterogeneous Vehicles
- DTP COCKPIT, flying control for the future
- DTP FLIPPER, advanced tools for aircraft model identification
- CREATION, multidisciplinary conception of future rotorcrafts
European cooperations
- AIRSYS (Airbus IRIT LAAS-CNRS Onera) Automatics for air transportation systems
- CNES-Onera Common Program on space system autonomy
- CNES-Onera Common Program on EOLE UAV launcher
- Onera-DLR Common Program on Helicopters and VTOL UAVs
- US-FR MoA on Helicopters and VTOL UAVs
- Onera-NASA MoA on Human Facteurs
- NICE Advanced tools for non-linear control
- RHILP (flight mechanics)
- ACT-TILT (active control)
- DART (rotor optimisation)
- AEROS (LAAS-CNRS) robots ans space systems Autonomy
Former Thematic Activities
Former Projects
Former European cooperations
- IMMUNE
- HAFUN
- SAFEE
- COFCLUO
- NACRE
Organisation
DCSD is structured in Research Units (UR) :
- "Control and Decision making" Research Unit CD)
- "Control and Integration" Research Unit (CDIN)
- "Identification and Control" Research Unit (IDCO)
- "Control, Simulation and Flight testing" Research Unit (PSEV)
- "Flight Quality and Security" Research Unit (QSV)
Other topics
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Thematic activities
On-going projects
Former Thematic Activities
Former projects
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