The Autonomous Lab Car technology platform is a fully instrumented vehicle used in research on autonomous vehicle control. Beyond the scientific developments in the field of Automatic (environmental perception, trajectory planning and control), the emphasis is on the driver’s consideration in the control loop. One of the main points is the cooperation between the driver and the system thanks to the haptic sharing of the driving.
It is also used in teaching. The particularity of the school’s project is to have its students develop each of the technological components required to eventually achieve a full range of the vehicle. Most of the developments are therefore concentrated on the "software" parts, the sensors and actuators being identical versions to those used in the industry. The vehicle control system breaks down into different bricks, each meeting a specific need.
This equipment is part of the RITMEA CPER AV-Lab regional platform.
It is also used in teaching. The particularity of the school’s project is to have its students develop each of the technological components required to eventually achieve a full range of the vehicle. Most of the developments are therefore concentrated on the "software" parts, the sensors and actuators being identical versions to those used in the industry. The vehicle control system breaks down into different bricks, each meeting a specific need.
This equipment is part of the RITMEA CPER AV-Lab regional platform.
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Sébastien PAGANELLI
Technical manager -
Sébastien DELPRAT
Scientific manager
Le Mont Houy
59313 Valenciennes Cedex
Staff
Total staff : 4
Skills
Two general orientations:
- Study and modelling of driver and user behaviour;
- Design, prototyping and evaluation of advanced driver assistance systems;
A specific methodology and tools supporting the methodology
Know-how related to automated driving:
- Trajectory planning, control (longitudinal and lateral)
- Multi-level cooperation with the driver
- Haptic shared control
- “Interactive” planning
- HMI
Learning for Adaptation:
- Learning techniques
- Evolution of automation according to learning (preferences and adaptation)
System Validation:
- Stability – accuracy (mathematical evidence)
- Functional validation (numerical simulation, interactive simulation, real vehicle testing)
- Experimental validation with novice subjects (interactive simulator campaigns, real vehicle campaigns)
- Study and modelling of driver and user behaviour;
- Design, prototyping and evaluation of advanced driver assistance systems;
A specific methodology and tools supporting the methodology
Know-how related to automated driving:
- Trajectory planning, control (longitudinal and lateral)
- Multi-level cooperation with the driver
- Haptic shared control
- “Interactive” planning
- HMI
Learning for Adaptation:
- Learning techniques
- Evolution of automation according to learning (preferences and adaptation)
System Validation:
- Stability – accuracy (mathematical evidence)
- Functional validation (numerical simulation, interactive simulation, real vehicle testing)
- Experimental validation with novice subjects (interactive simulator campaigns, real vehicle campaigns)
Example(s) of projects
• ELSAT2020: Human Transport and Mobility (Regional Project 2016-2020)
• ANR CoCoVeA: 🡭
• ANR AutoConduct: Adapting the autonomous vehicle automation strategy to the needs and condition of the driver.
• ANR CoCoVeA: 🡭
• ANR AutoConduct: Adapting the autonomous vehicle automation strategy to the needs and condition of the driver.
Collaborations/Partners/Scientific clients
Nationales : Université de Caen (COMETE), Université Gustave Eiffel (LESCOT),
Internationales : Université NTU Singapour
Internationales : Université NTU Singapour
Collaborations/Partners/Private Clients
Stellantis, Continental Automotive, FH Electronics
Services provided
- Installation of sensors and actuators,
- Measurement performance (video, lidar, CAN bus), etc.
- Measurement performance (video, lidar, CAN bus), etc.
Consulting services
Consulting services on all our skills
Equipments
| Nom | Modèle | Marque |
|---|---|---|
| Inertial Control Unit and GPS-RTK | Ellipse 2D/ | SBG |
| Lidar 360° | VLP32C/ | VELODYNE |
| Calculator | MicroAutoBox III/ | dSPACE |
| RTMAPS Software Suite | RTMAPS/ | Intempora |
| Instrumented vehicle | C1/ | Citroën |
| Front camera | BlackFly/ | FLIR |
Affiliated institutions / organisations
Unit(s) of attachment
Groups/Networks/Federations
Competitive cluster
Labellisations
Regional strategic areas of activity
- Transport and Mobility
- Intelligent and autonomous vehicles
- Intelligent transportation systems