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The EXPLORE team works mainly on underwater robotics. Its challenge is to design an underwater robotic systems that can safely carry out complex missions in full autonomy, despite the severity of the constraints imposed by the aquatic environment. Its research activities concerns the design and the development of theoritical and experimental tools for mobile robot exploration. The complemenrary competencies of the team members allow to propose and implement new solutions on robots using a fault tolerant control architecture offering several autonomy levels and performance guarantees. Visit our Website here |
Open Access Files60 % |
Number of full texts162 |
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Number of records111 |
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Tags
Robotics
Autonomous underwater vehicles
ASV
AUV
Timed automata
Underwater
Localisation
Autonomous Underwater Vehicle
Underwater Robotics
Resources management
Fuzzy logic
Robotic
Architecture de contrôle
Mobile robot
Bottom tracking
Underwater vehicles
Abstraction de modèle
Stereovision
Model checking
Active 3D reconstruction
Acoustic detection
Robotique mobile
Fault tolerance
Control
Acoustic diffraction
Robotique
Acoustique
Distributed simulation
Mobile robotics
Adaptive control
Control architecture
Acoustic
Occlusion detection
Tolérance aux fautes
Safety
AMDEC
Navigation
Robot Navigation
Robotique sous-marine
Suivi de fond
Chronic venous disease
Vehicle routing
3D Occupancy Grid
3D registration
Informatique industrielle
3D
FPGA
Scheduling Algorithms
Path following
Diffraction
Distance
Localization
Path planning
Marine robotics
AI-based methods
Architecture
Perception
Mobile Robotics
Dependability
SLAM
Formal analysis
Autonomous underwater vehicle
Approche contextuelle
Simulation
Environment Exploration
Détection acoustique
Underwater vehicle
Autonomy
Performance
Underwater robotics
Lower limb veins
Performance guarantee
Optimisation
Possibility distribution
Real-time systems
Actuator saturation
Reconstruction 3D
Mapping
Petri nets
Modeling
Autonomie
Viscoelasticity
Autonomous Underwater Vehicles
Robust control
Computer vision
Langage C
Implementation
Multi-vehicles simulator
Orientation
Karstic Exploration
Formal verification
Nonlinear control
Collision avoidance
Microcontrôleur
Validation
Precision agriculture
Object tracking
3D reconstruction
Change Management