For a robot to autonomously localise or position itself with respect to its environ- ment, a key requirement is the perception of this environment. In this respect, the visual information provided by a camera is a particularly rich source of information, commonly used in robotics. Our work deals with the use of visual information in the context of UAV control. More speciﰀcally, two tasks have been considered : ﰀrst, a tracking task, in which a UAV has to follow a moving object - a car - in an unknown environment, second, a positioning task for a UAV navigating in a structured GPS-deprived environment. In both cases, we propose full approaches, considering both the robust extraction of appropriate visual informations and the visual servoing ...
This report is focused on Through-the-wall surveillance (TTS) using UWB radar, with the objective of...
This thesis is dedicated to the non-linear control of a special hybrid quadrotor which is able to fl...
We developed an autopilot, called LORA (Lateral Optic flow Regulation Autopilot), which is inspired ...
For a robot to autonomously localise or position itself with respect to its environ- ment, a key req...
In outdoor robotic context, notion of perception and localization is essential for an autonomous nav...
Perception is a fundamental input for robotic systems, particularly for positioning, navigation and ...
This thesis covers the topic of low cost humanoid robots localization and navigation in a dynamic un...
In order to be autonomous, a mobile robot must be able to describe the environment where it evolves....
My research was involved in the VIPA « Automatic Electric Vehicle for Passenger Transportation » pro...
Cooperative intelligent transportation systems (C-ITS) have the opportunity to enhance road safety, ...
Visual navigation in autonomous robots is usually based on video-cameras using several hundred thous...
Our work deals with the use of visual servoing strategy to control the motions of an ultrasound (US)...
This thesis deals with navigation of a VTOL Unmanned Aerial Vehicle in unknown or uncertain environm...
Simultaneous Localization And Mapping (SLAM) is one of the main topics investigated in the field of ...
This PhD work is to be seen within the context of autonomous vehicle perception, in which the detect...
This report is focused on Through-the-wall surveillance (TTS) using UWB radar, with the objective of...
This thesis is dedicated to the non-linear control of a special hybrid quadrotor which is able to fl...
We developed an autopilot, called LORA (Lateral Optic flow Regulation Autopilot), which is inspired ...
For a robot to autonomously localise or position itself with respect to its environ- ment, a key req...
In outdoor robotic context, notion of perception and localization is essential for an autonomous nav...
Perception is a fundamental input for robotic systems, particularly for positioning, navigation and ...
This thesis covers the topic of low cost humanoid robots localization and navigation in a dynamic un...
In order to be autonomous, a mobile robot must be able to describe the environment where it evolves....
My research was involved in the VIPA « Automatic Electric Vehicle for Passenger Transportation » pro...
Cooperative intelligent transportation systems (C-ITS) have the opportunity to enhance road safety, ...
Visual navigation in autonomous robots is usually based on video-cameras using several hundred thous...
Our work deals with the use of visual servoing strategy to control the motions of an ultrasound (US)...
This thesis deals with navigation of a VTOL Unmanned Aerial Vehicle in unknown or uncertain environm...
Simultaneous Localization And Mapping (SLAM) is one of the main topics investigated in the field of ...
This PhD work is to be seen within the context of autonomous vehicle perception, in which the detect...
This report is focused on Through-the-wall surveillance (TTS) using UWB radar, with the objective of...
This thesis is dedicated to the non-linear control of a special hybrid quadrotor which is able to fl...
We developed an autopilot, called LORA (Lateral Optic flow Regulation Autopilot), which is inspired ...