In mobile vision the structure and motion have usually to be determined. Several kinds of methods, some of them based on correspondence of points or lines have been used. In this paper we present an algorithm to solve the prob-lem with three straight edges with tip in three frames, which introduces some advantages compared with the features used in other methods. The procedure presented has been tested with simulated data and the results with real images are also shown.
Abstract. This paper presents a procedure to obtain the 3D localization of straight edges from image...
International audienceWe propose a 3-step method for structure and motion computation from two or mo...
In this thesis we have studied detection of 3D structures having a forward camera movement which has...
Abstract Mobile vision leads to more robust methods of recovering structure than those based on bino...
An algorithm to determine the camera motion and the structure in a 3D man made environment is pro-po...
The motion of image edge features is used to infer 3D scene information by simultaneously solving th...
Determining three-dimensional (3D) rigid object motion from intensity images is a central problem in...
This thesis is concerned with computational fundamentals and robust algorithms for the problem of es...
The main focus of research in computer vision in the past has been on polyhedral objects that give r...
This paper introduces a method for detecting moving objects in a monocular image sequence that is o...
The problem discussed in this dissertation is the development of an efficient method for visual navi...
We present a novel method for recovering the 3D-line structure of a scene from multiple widely separ...
This chapter serves as an introduction to 3D representations of scenes or Structure From Motion (SfM...
This thesis revolves around the problem of solving the structure and motion problem in computer visi...
This paper proposes a method for motion estimation of consecutive cameras using 3-D straight lines. ...
Abstract. This paper presents a procedure to obtain the 3D localization of straight edges from image...
International audienceWe propose a 3-step method for structure and motion computation from two or mo...
In this thesis we have studied detection of 3D structures having a forward camera movement which has...
Abstract Mobile vision leads to more robust methods of recovering structure than those based on bino...
An algorithm to determine the camera motion and the structure in a 3D man made environment is pro-po...
The motion of image edge features is used to infer 3D scene information by simultaneously solving th...
Determining three-dimensional (3D) rigid object motion from intensity images is a central problem in...
This thesis is concerned with computational fundamentals and robust algorithms for the problem of es...
The main focus of research in computer vision in the past has been on polyhedral objects that give r...
This paper introduces a method for detecting moving objects in a monocular image sequence that is o...
The problem discussed in this dissertation is the development of an efficient method for visual navi...
We present a novel method for recovering the 3D-line structure of a scene from multiple widely separ...
This chapter serves as an introduction to 3D representations of scenes or Structure From Motion (SfM...
This thesis revolves around the problem of solving the structure and motion problem in computer visi...
This paper proposes a method for motion estimation of consecutive cameras using 3-D straight lines. ...
Abstract. This paper presents a procedure to obtain the 3D localization of straight edges from image...
International audienceWe propose a 3-step method for structure and motion computation from two or mo...
In this thesis we have studied detection of 3D structures having a forward camera movement which has...