Abstract—In this paper we propose a methodology for robust plane recovering from monocular images. The method is mainly based on the tracking interest points taken from a mobile robot’s camera. An efficient methodology for interest point detection, tracking and recovering has been implemented. The method proposed works in real time, and it is robust enough to deal with different undesired camera motions as the presented with legged robots. Two mobile robotic platforms were used to validate results a wheeled differential robot and a humanoid robot (with legs)
Abstract — Robust and reliable obstacle detection is an im-portant capability for mobile robots. In ...
Abstract- In this paper, it is presented an algorithm for processing visual data to obtain relevant ...
This paper present and discusses algorithms suitable for visual navigation for mobile and flying rob...
International audiencePlane detection and estimation from visual data is a classical problem in robo...
The sheer volume of data generated by depth cameras provides a challenge to process in real time, in...
Abstract — The sheer volume of data generated by depth cameras provides a challenge to process in re...
An approach which uses multiple sources of visual information (or visual cues) to iden-tify and segm...
This paper focuses on the preparative process of natural feature map retrieval for a mobile camera-b...
International audienceThis paper deals with the inspection of an airplane using a Pan-Tilt-Zoom came...
3D Object detection and tracking are computer vision methods used in many applications. It is neces...
This paper concerns the robust tracking of some features extracted from a sequence of images taken w...
This thesis presents a new approach to the problem of constructing a depth map from a sequence of mo...
Abstract. Real-time 3D perception of the surrounding environment is a crucial precondition for the r...
User simultaneous detection and tracking is an issue at the core of human-robot interaction (HRI). S...
Indoor environment is a common scene in our everyday life, and detecting and tracking multiple targe...
Abstract — Robust and reliable obstacle detection is an im-portant capability for mobile robots. In ...
Abstract- In this paper, it is presented an algorithm for processing visual data to obtain relevant ...
This paper present and discusses algorithms suitable for visual navigation for mobile and flying rob...
International audiencePlane detection and estimation from visual data is a classical problem in robo...
The sheer volume of data generated by depth cameras provides a challenge to process in real time, in...
Abstract — The sheer volume of data generated by depth cameras provides a challenge to process in re...
An approach which uses multiple sources of visual information (or visual cues) to iden-tify and segm...
This paper focuses on the preparative process of natural feature map retrieval for a mobile camera-b...
International audienceThis paper deals with the inspection of an airplane using a Pan-Tilt-Zoom came...
3D Object detection and tracking are computer vision methods used in many applications. It is neces...
This paper concerns the robust tracking of some features extracted from a sequence of images taken w...
This thesis presents a new approach to the problem of constructing a depth map from a sequence of mo...
Abstract. Real-time 3D perception of the surrounding environment is a crucial precondition for the r...
User simultaneous detection and tracking is an issue at the core of human-robot interaction (HRI). S...
Indoor environment is a common scene in our everyday life, and detecting and tracking multiple targe...
Abstract — Robust and reliable obstacle detection is an im-portant capability for mobile robots. In ...
Abstract- In this paper, it is presented an algorithm for processing visual data to obtain relevant ...
This paper present and discusses algorithms suitable for visual navigation for mobile and flying rob...