_advanced-techniques-for-creating-3d-point-clouds-using-stereo-vision-in-opencv-python-preview-1.jpg "Advanced Techniques for Creating 3D Point Clouds: Using Stereo Vision in OpenCV Python from disparity 3d Video Screenshot Preview 1")
Gallery_advanced-techniques-for-creating-3d-point-clouds-using-stereo-vision-in-opencv-python-preview-3.jpg "Advanced Techniques for Creating 3D Point Clouds: Using Stereo Vision in OpenCV Python from disparity 3d Video Screenshot Preview 3")
Gallery_advanced-techniques-for-creating-3d-point-clouds-using-stereo-vision-in-opencv-python-preview-hqdefault.jpg "Advanced Techniques for Creating 3D Point Clouds: Using Stereo Vision in OpenCV Python from disparity 3d Video Screenshot Preview hqdefault")
GalleryPlay Video:
(Note: The default playback of the video is HD VERSION. If your browser is buffering the video slowly, please play the REGULAR MP4 VERSION or Open The Video below for better experience. Thank you!)
Jump To Video Parts
⏲ Duration: 40 minutes
👁 View: 11.4K times
Play Audio:👁 View: 11.4K times
Description:
Nicolai Nielsen
Nicolai Nielsen
Share with your friends:
Whatsapp | Viber | Telegram | Line | SMS
Email | Twitter | Reddit | Tumblr | Pinterest
Related Videos
_depth-camera-computerphile.webp "Computerphile")
_3d-model-derived-from-disparity-map.webp "Wouter Buddingh")
_diplopia-2d-a-stereoscopic-piece-about-contrast.webp "Diplopia is the first 3D anagliph mapping piece created and projected in Spain at The International Mapping Festival of Girona 2015 opening ceremony.nnDiplopia is an stereoscopic piece that revolves around the concept of binocular vision, that is to say, how our eyes merge two separate images to perceive a single object. Two different points of view that arise as a consequence of binocular disparity.nIn keeping with the main theme of the FIMG 2015—contradictions—, Diplopia focuses on opposin")
_3d-reconstruction-from-images.webp "PhenoRob")
_pose-estimation-and-segmentation-of-people-in-3d-movies.webp "http://www.di.ens.fr/willow/research/stereoseg/nnAbstract: We seek to obtain a pixel-wise segmentation and pose estimation of multiple people in a stereoscopic video. This involves challenges such as dealing with unconstrained stereoscopic video, non-stationary cameras, and complex indoor and outdoor dynamic scenes. The contributions of our work are two-fold: First, we develop a segmentation model incorporating person detection, pose estimation, as well as colour, motion, and disparity cues. Our")
_stereo-vision-124-student-competition-computer-vision-training.webp "MATLAB")
_advanced-techniques-for-creating-3d-point-clouds-using-stereo-vision-in-opencv-python.webp "Nicolai Nielsen")
⏲ 40 minutes 👁 11.4K
_eric-m-beaver-summer-reel-2013-720p.webp "Compositing Reel:nn0:15, 0:25, 0:36, 0:39 - Benjamin Button - Setup HDR for lighting in Nuke, color timed sequence, cleaned up plate and removed spill. Composited multi-pass lighting renders into live action plate.n0:42, 0:45, 0:50, 0:53, 0:57, 0:59, 1:09 - Tron: Legacy - Setup HDRs in Nuke, fixed polarization and disparity between stereo plates, cleaned up plates and warped collars. Supervised glowline cleanup paint and roto. Keyed and composited background, also composited head renders and ele")
_depth-camera-computerphile.jpg)
_3d-model-derived-from-disparity-map.jpg)
_diplopia-2d-a-stereoscopic-piece-about-contrast.jpg)
_3d-reconstruction-from-images.jpg)
_pose-estimation-and-segmentation-of-people-in-3d-movies.jpg)
_stereo-vision-124-student-competition-computer-vision-training.jpg)
_advanced-techniques-for-creating-3d-point-clouds-using-stereo-vision-in-opencv-python.jpg)
_eric-m-beaver-summer-reel-2013-720p.jpg)
![[+]](/images/menu.gif){kind=small}