Our research focuses on defining new systems to boost the performance of existing resources and people.
Our research focuses on defining new systems to boost the performance of existing resources and people.
The mobility aspect is the main focus of the programme, including image processing, indoor and outdoor geolocation and coordination between “artificial agents”, as well as information sharing and decision-making between the system and one or more human operators.
Our fields of study include:
- Monitoring a driver’s state of alertness and detecting risky situations
- Performance and dependability of an autonomous shuttle system
- Multi-sensor data fusion for autonomous vehicle control
- Stabilisation of drone flight using deep learning technologies
- Precision landing of a flying drone
- Performance and autonomy of a swarm of autonomous boats
In short
-
Clients
/ -
Head Office
Worldwide -
Industry
Transport, Mobility -
Employees
/
Our clients’ challenges
- Increasing the complexity of system behaviour (autonomy, heterogeneity, etc.)
- Improving human-machine collaboration
- Improving system performance (accuracy, safety, etc.)
What we offer
- Autonomous systems
- Drone systems
- Artificial intelligence
- Cognitive sciences
- Simulation solutions
Our partners
TotalEnergies (drone swarms), CEA LIST Institute (safe embedded components), CREA (anticipation modelling in the context of collaboration with autonomous systems).
Related expertise
