Add to ORKGShort Paper selected for Poster PresentationInternational audienceWe detect focus mismatch between views of a stereoscopic pair. First, we compute a dense disparity map. Then, we use a measure to compare focus in both images. Finally we use robust statistics to find which images zones have different focus. We show the results on the original images
This study was aimed at determining the position of an object\u27s contour using stereo vision. A st...
Depth-of-focus limitations introduce spatial blur in images of three-dimensional scenes. It is not c...
Human visual attention system has a remarkable ability to interpret complex scenes with the ease and...
Session 4: 3D Image Processing and Content Adaptation - paper [8288-12] - Conf. website: http://ster...
La production d’images stéréoscopiques nécessite un rig stéréoscopique avec deux caméras parfaitemen...
This paper presents an efficient approach to measure sharpness mismatches between stereoscopic views...
National audienceLive-action stereoscopic content production requires a stereo rig with two cameras ...
This paper analyzes sharpness mismatch between stereoscopic views. Sharpness mismatch is a special b...
We present a system for automatically detecting salient im-age regions in stereoscopic videos. This ...
Typical stereoscopic displays produce a vivid impression of depth by presenting each eye with its ow...
Two methods to solve the relative orientation of two disparity maps measured by a movable stereo hea...
International audienceBinocular fixation is achieved by rotating the eyes, but this process also tra...
Abstract In this paper, we exploit two characteristics of stereoscopic vision: the pop-out effect an...
One can measure the disparities between two retinal images in several different ways. Experiments we...
Does the visual system represent stereoscopic depth purely as a map of local disparities, or does it...
This study was aimed at determining the position of an object\u27s contour using stereo vision. A st...
Depth-of-focus limitations introduce spatial blur in images of three-dimensional scenes. It is not c...
Human visual attention system has a remarkable ability to interpret complex scenes with the ease and...
Session 4: 3D Image Processing and Content Adaptation - paper [8288-12] - Conf. website: http://ster...
La production d’images stéréoscopiques nécessite un rig stéréoscopique avec deux caméras parfaitemen...
This paper presents an efficient approach to measure sharpness mismatches between stereoscopic views...
National audienceLive-action stereoscopic content production requires a stereo rig with two cameras ...
This paper analyzes sharpness mismatch between stereoscopic views. Sharpness mismatch is a special b...
We present a system for automatically detecting salient im-age regions in stereoscopic videos. This ...
Typical stereoscopic displays produce a vivid impression of depth by presenting each eye with its ow...
Two methods to solve the relative orientation of two disparity maps measured by a movable stereo hea...
International audienceBinocular fixation is achieved by rotating the eyes, but this process also tra...
Abstract In this paper, we exploit two characteristics of stereoscopic vision: the pop-out effect an...
One can measure the disparities between two retinal images in several different ways. Experiments we...
Does the visual system represent stereoscopic depth purely as a map of local disparities, or does it...
This study was aimed at determining the position of an object\u27s contour using stereo vision. A st...
Depth-of-focus limitations introduce spatial blur in images of three-dimensional scenes. It is not c...
Human visual attention system has a remarkable ability to interpret complex scenes with the ease and...