Part 1: Computer Vision and RoboticsInternational audienceThis paper presents a mobile control system capable of learn behaviors based on human examples. Our approach is based on image processing, template matching, finite state machine, and template memory. The system proposed allows image segmentation using neural networks in order to identify navigable and non-navigable regions. It also uses supervised learning techniques which work with different levels of memory of the templates. As output our system is capable controlling speed and steering for autonomous mobile robot navigation. Experimental tests have been carried out to evaluate the learning techniques
In this paper we propose a neural network based navigation for intelligent autonomous mobile robots....
An autonomous system able to construct its own navigation strategy for mobile robots is proposed. Th...
The paper describes an efficient memory-based learning scheme for the localization of a door in a vi...
In this paper we propose a simple method for low-level navigation for autonomous mobile robots, empl...
Deep reinforcement learning (RL) has been successfully applied to a variety of game-like environment...
This thesis describes the use of a vision system for navigating an AGV through a given path. Many di...
Vision based mobile robot navigation is a changeling issue in automated robot control. Using a camer...
This paper presents an autonomous robotic system that incorporates novel Computer Vision, Machine Le...
Deformable models have been studied in image analysis over the last decade and used for recognition ...
This paper presents an autonomous robotic system that incorporates novel Computer Vision, Machine Le...
International audienceThis paper addresses the problem of vision-based navigation and proposes an or...
Online navigation with known target and unknown obstacles is an interesting problem in mobile roboti...
Robotic navigation has been an area of intense research since the onset of mobile robot development....
International audienceThis paper addresses the design of a control law for vision-based robot naviga...
Motion planning is essential for mobile robot successful navigation. There are many algorithms for m...
In this paper we propose a neural network based navigation for intelligent autonomous mobile robots....
An autonomous system able to construct its own navigation strategy for mobile robots is proposed. Th...
The paper describes an efficient memory-based learning scheme for the localization of a door in a vi...
In this paper we propose a simple method for low-level navigation for autonomous mobile robots, empl...
Deep reinforcement learning (RL) has been successfully applied to a variety of game-like environment...
This thesis describes the use of a vision system for navigating an AGV through a given path. Many di...
Vision based mobile robot navigation is a changeling issue in automated robot control. Using a camer...
This paper presents an autonomous robotic system that incorporates novel Computer Vision, Machine Le...
Deformable models have been studied in image analysis over the last decade and used for recognition ...
This paper presents an autonomous robotic system that incorporates novel Computer Vision, Machine Le...
International audienceThis paper addresses the problem of vision-based navigation and proposes an or...
Online navigation with known target and unknown obstacles is an interesting problem in mobile roboti...
Robotic navigation has been an area of intense research since the onset of mobile robot development....
International audienceThis paper addresses the design of a control law for vision-based robot naviga...
Motion planning is essential for mobile robot successful navigation. There are many algorithms for m...
In this paper we propose a neural network based navigation for intelligent autonomous mobile robots....
An autonomous system able to construct its own navigation strategy for mobile robots is proposed. Th...
The paper describes an efficient memory-based learning scheme for the localization of a door in a vi...