This paper presents a new approach to computing depth maps from a large collection of images where the camera mo-tion has been constrained to planar concentric circles. We resample the resulting collection of regular perspective im-ages into a set of multiperspective panoramas, and then com-pute depth maps directly from these resampled images. Only a small number of multiperspective panoramas is needed to obtain a dense and accurate 3D reconstruction, since our panoramas sample uniformly in three dimensions: rotation angle, inverse radial distance, and vertical elevation. Using multiperspective panoramas avoids the limited overlap be-tween the original input images that causes problems in con-ventional multi-baseline stereo. Our approach di...
Scene reconstruction is one of the important problems in computer vision. One approach to scene reco...
Recent years have seen an increasing interest in the use of panoramic models to document architectur...
Abstract. A traditional approach to extracting geometric information from a large scene is to comput...
In this paper we study how to compute a dense depth map with panoramic field of view (e.g., 360 degr...
International audienceStereo matching and volumetric reconstruction are the most explored 3D scene r...
This paper reviews a number of recently developed stereo matching algorithms and representations. It...
A novel multi-view stereo reconstruction method is presented. The algorithm is focused on accuracy a...
A novel multi-view stereo reconstruction method is presented. The algorithm is focused on accuracy a...
In recent years, the problem of acquiring omnidirectional stereoscopic imagery of dynamic scenes has...
An algorithm to generate a panorama from multi-view images, which contain foreground objects with va...
This paper demonstrates how to obtain three-dimensional (3D) information based on pairs of images th...
perspective varies continuously along this image, enabling an arbitrarily long seamless panorama. Th...
A traditional approach to extracting geometric information from a large scene is to compute multiple...
In this article we present a panoramic depth imaging system. The system is mosaic-based which means ...
Scene reconstruction is one of the important problems in computer vision. One approach to scene reco...
Scene reconstruction is one of the important problems in computer vision. One approach to scene reco...
Recent years have seen an increasing interest in the use of panoramic models to document architectur...
Abstract. A traditional approach to extracting geometric information from a large scene is to comput...
In this paper we study how to compute a dense depth map with panoramic field of view (e.g., 360 degr...
International audienceStereo matching and volumetric reconstruction are the most explored 3D scene r...
This paper reviews a number of recently developed stereo matching algorithms and representations. It...
A novel multi-view stereo reconstruction method is presented. The algorithm is focused on accuracy a...
A novel multi-view stereo reconstruction method is presented. The algorithm is focused on accuracy a...
In recent years, the problem of acquiring omnidirectional stereoscopic imagery of dynamic scenes has...
An algorithm to generate a panorama from multi-view images, which contain foreground objects with va...
This paper demonstrates how to obtain three-dimensional (3D) information based on pairs of images th...
perspective varies continuously along this image, enabling an arbitrarily long seamless panorama. Th...
A traditional approach to extracting geometric information from a large scene is to compute multiple...
In this article we present a panoramic depth imaging system. The system is mosaic-based which means ...
Scene reconstruction is one of the important problems in computer vision. One approach to scene reco...
Scene reconstruction is one of the important problems in computer vision. One approach to scene reco...
Recent years have seen an increasing interest in the use of panoramic models to document architectur...
Abstract. A traditional approach to extracting geometric information from a large scene is to comput...