Full Parallax Integral 3D Display and Image Processing Techniques

Compression of Full parallax Integral 3D-TV Image Data

An integral imaging system is employed as part of a three dimensional imaging system, allowing display of full colour images with continuous parallax within a wide viewing zone. A novel approach to the problem of compressing the significant quantity of data required to represent integral 3D video is presented and it is shown that the reduction in bit cost achieved makes possible transmission vi...

Full-parallax 3D image scanning for holoprinter

Full-parallax 3D display from single-shot Kinect capture

We propose the fusion between two concepts that are very successful in the area of 3D imaging and sensing. Kinect technology permits the registration, in real time, but with low resolution, of accurate depth maps of big, opaque, diffusing 3D scenes. Our proposal consists on transforming the sampled depth map, provided by the Kinect technology, into an array of microimages whose position; pitch ...

Compression of Full Parallax Colour Integral 3D TV Image Data Based on Sub-Sampling of Chrominance Components

A unique integral imaging system is employed as part of a three dimensional television system, allowing the display of a full colour 3D images with continuous parallax within a wide viewing zone. Unidirectional integral imaging is a special case of Integral 3D Image, where cylindrical lenses are used instead of a 2D array of microlenses, thus providing parallax in the horizontal direction only....

A novel coding scheme for full parallax 3D-TV pictures

A unique integral imaging system is employed as part of a three dimensional television system, allowing display of full colour 3D images with continuous parallax within a wide viewing zone. A significant quantity of data is required to represent captured integral 3D images with adequate resolution. In this paper a lossy compression scheme is described, based on the use of a three dimensional di...