International audienceThis paper presents an integrated control method of a light road vehicle driving on a known and high secured itinerary at low speed. A planning module sends a safe and low energy reference trajectory to a control module that permits to manage the trajectory tracking under 50 km/h. A backstepping procedure is presented and formulated to realize a coupled longitudinal and lateral control in lane change or collision avoidance maneuvers
International audienceLane departure avoidance systems assist actively the driver during inattention...
Lane departure avoidance systems assist actively the driver during inattention or drowsiness and inc...
International audienceThis paper addresses lane keeping control of a vehicle at the limit of handlin...
Abstract—This paper proposes and evaluates a lateral control law for an automated vehicle. Based on ...
Abstract—This paper proposes and evaluates a lateral control law for an automated vehicle. Based on ...
This paper considers the trajectory planning problem of a vehicle system for automated lane change m...
Automated driving is predicted to enhance traffic safety, transport efficiency, and driver comfort. ...
Several works have proposed longitudinal control strategies enabling a vehicle to operate adaptive c...
This paper presents controllers design procedure for dynamic trajectory tracking of a highly automat...
This paper presents controllers design procedure for dynamic trajectory tracking of a highly automat...
Several works have proposed longitudinal control strategies enabling a vehicle to operate adaptive c...
This paper presents a controller dedicated to the lateral and longitudinal vehicle dynamics control ...
This report deals with the lateral guidance of vehicles, with focus on lane change maneuvers. Two ap...
International audienceThis paper considers the integrated control for driver assistance during lane ...
International audienceLane departure avoidance systems assist actively the driver during inattention...
International audienceLane departure avoidance systems assist actively the driver during inattention...
Lane departure avoidance systems assist actively the driver during inattention or drowsiness and inc...
International audienceThis paper addresses lane keeping control of a vehicle at the limit of handlin...
Abstract—This paper proposes and evaluates a lateral control law for an automated vehicle. Based on ...
Abstract—This paper proposes and evaluates a lateral control law for an automated vehicle. Based on ...
This paper considers the trajectory planning problem of a vehicle system for automated lane change m...
Automated driving is predicted to enhance traffic safety, transport efficiency, and driver comfort. ...
Several works have proposed longitudinal control strategies enabling a vehicle to operate adaptive c...
This paper presents controllers design procedure for dynamic trajectory tracking of a highly automat...
This paper presents controllers design procedure for dynamic trajectory tracking of a highly automat...
Several works have proposed longitudinal control strategies enabling a vehicle to operate adaptive c...
This paper presents a controller dedicated to the lateral and longitudinal vehicle dynamics control ...
This report deals with the lateral guidance of vehicles, with focus on lane change maneuvers. Two ap...
International audienceThis paper considers the integrated control for driver assistance during lane ...
International audienceLane departure avoidance systems assist actively the driver during inattention...
International audienceLane departure avoidance systems assist actively the driver during inattention...
Lane departure avoidance systems assist actively the driver during inattention or drowsiness and inc...
International audienceThis paper addresses lane keeping control of a vehicle at the limit of handlin...