My research focuses on trajectory planning and control of autonomous vehicles. This work is a part of an extremely ambitious project launched by the Heudiasyc laboratory about autonomous driving at high speed (longitudinal speed greater to 5m/s ~= 18 km/h). With regard to the control of autonomous vehicles at high speed, a lateral controler using higher-order sliding mode control is proposed. Given the implicit similarity between the sliding mode and the principle of immersion and invariance, two controllers using the principle of immersion and invariance have been subsequently proposed in order to improve the performance with respect to the sliding mode. The development of these new controllers shows very strong robust stability which lead...
There are numerous applications of outdoor autonomous mobile robots : surveillance of areas to detec...
The car of tomorrow is taking form. It will be connected and autonomous, i.e. it will substitute fo...
During last years, car manufacturers have radically changed their policies because of geo-political ...
Designing new industrial products requires to develop prototypes prior to their launch phase. An int...
This thesis presents an overview of my research activities carried out since my PhD in 2001. In the ...
With the development of the internet of things, the number of communicating objects is rapidly incre...
This work presents a new design approach for trajectory tracking control of robot manipulators. In s...
This thesis deals with sensor-based control of robots. For a robot arm or a mobile robot, this appro...
This thesis deals with navigation of a VTOL Unmanned Aerial Vehicle in unknown or uncertain environm...
The evolution of transport in recent decades, demonstrates an ongoing commitment to reduce the const...
A large interest has been given recently to global chassis control. One of the main reasons for this...
Due to the increase of traffic volume and complexity of new transport systems, new Advanced Driver A...
To solve the problems related to the important tra c in the cities, new alternatives, called \Urban ...
Important improvements have been done in robotics. More and more mobile robots and small unmanned ae...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...
There are numerous applications of outdoor autonomous mobile robots : surveillance of areas to detec...
The car of tomorrow is taking form. It will be connected and autonomous, i.e. it will substitute fo...
During last years, car manufacturers have radically changed their policies because of geo-political ...
Designing new industrial products requires to develop prototypes prior to their launch phase. An int...
This thesis presents an overview of my research activities carried out since my PhD in 2001. In the ...
With the development of the internet of things, the number of communicating objects is rapidly incre...
This work presents a new design approach for trajectory tracking control of robot manipulators. In s...
This thesis deals with sensor-based control of robots. For a robot arm or a mobile robot, this appro...
This thesis deals with navigation of a VTOL Unmanned Aerial Vehicle in unknown or uncertain environm...
The evolution of transport in recent decades, demonstrates an ongoing commitment to reduce the const...
A large interest has been given recently to global chassis control. One of the main reasons for this...
Due to the increase of traffic volume and complexity of new transport systems, new Advanced Driver A...
To solve the problems related to the important tra c in the cities, new alternatives, called \Urban ...
Important improvements have been done in robotics. More and more mobile robots and small unmanned ae...
Utonomous navigation is one of the most challenging tasks for mobile robots. It requires the ability...
There are numerous applications of outdoor autonomous mobile robots : surveillance of areas to detec...
The car of tomorrow is taking form. It will be connected and autonomous, i.e. it will substitute fo...
During last years, car manufacturers have radically changed their policies because of geo-political ...