We presents a technique for 360 x 360 mosaicing with a very wide field of view fish eye lens. Standard camera calibration is extended for lenses with a field of view bigger than 180°. We demonstrate the calibration on a Nikon FCE8 fish eye converter, which is an example of a low-cost lens with 183° field of view. We illustrate the use of this lens on one application, the 360 x 360 mosaic which provides 360° field of view in both vertical and horizontal direction
Fisheye lens cameras enable to increase the Field of View (FOV), and consequently they have been lar...
A novel calibration process of RICOH-THETA, full-view fisheye camera, is proposed which has numerous...
In this paper we present a panoramic depth imaging system. The system is mosaic-based which means th...
The aim of this paper is to present results achieved with a 3D terrestrial calibration field, design...
Fish-eye lenses are convenient in such computer vision applications where a very wide angle of view ...
Immersive Media’s Telemmersion ® system is a multi-view imaging system that captures high-resolution...
The paper describes the acquisition and rectification of high-resolution images of a valuable stone ...
Fish-eye cameras are widely used on many occasions due to their ultrawide field of view (about 180 d...
In this paper, a novel method for the fish-eye lens calibration is presented. The method required on...
Fisheye lenses are often used to enlarge the field of view (FOV) of a conventional camera. But the i...
Surveillance systems capable of autonomously monitoring vast areas are an emerging trend, particular...
International audienceThe perfect vision system could be a system which can obtain surround images o...
In this paper, a novel method for the fish-eye lens calibration is presented. The method required on...
Mosaicing and super resolution are two ways to combine information from multiple frames in video seq...
As the field of view of a picture is much smaller than our own visual field of view, it is common to...
Fisheye lens cameras enable to increase the Field of View (FOV), and consequently they have been lar...
A novel calibration process of RICOH-THETA, full-view fisheye camera, is proposed which has numerous...
In this paper we present a panoramic depth imaging system. The system is mosaic-based which means th...
The aim of this paper is to present results achieved with a 3D terrestrial calibration field, design...
Fish-eye lenses are convenient in such computer vision applications where a very wide angle of view ...
Immersive Media’s Telemmersion ® system is a multi-view imaging system that captures high-resolution...
The paper describes the acquisition and rectification of high-resolution images of a valuable stone ...
Fish-eye cameras are widely used on many occasions due to their ultrawide field of view (about 180 d...
In this paper, a novel method for the fish-eye lens calibration is presented. The method required on...
Fisheye lenses are often used to enlarge the field of view (FOV) of a conventional camera. But the i...
Surveillance systems capable of autonomously monitoring vast areas are an emerging trend, particular...
International audienceThe perfect vision system could be a system which can obtain surround images o...
In this paper, a novel method for the fish-eye lens calibration is presented. The method required on...
Mosaicing and super resolution are two ways to combine information from multiple frames in video seq...
As the field of view of a picture is much smaller than our own visual field of view, it is common to...
Fisheye lens cameras enable to increase the Field of View (FOV), and consequently they have been lar...
A novel calibration process of RICOH-THETA, full-view fisheye camera, is proposed which has numerous...
In this paper we present a panoramic depth imaging system. The system is mosaic-based which means th...