AI Article Synopsis
- Developed an autostereoscopic display that allows viewers to see 3D images without glasses or trackers, using a novel CG image generation method.
- The images are created through a pixel distribution algorithm specifically for integral photography (IP) and integral videography (IV).
- This technology enables long-distance, 3D visualization with minimal distortion, resulting in images that appear three-dimensional with significant depth when viewed from various angles.
Article Abstract
We developed an autostereoscopic display for distant viewing of 3D computer graphics (CG) images without using special viewing glasses or tracking devices. The images are created by employing referential viewing area-based CG image generation and pixel distribution algorithm for integral photography (IP) and integral videography (IV) imaging. CG image rendering is used to generate IP/IV elemental images. The images can be viewed from each viewpoint within a referential viewing area and the elemental images are reconstructed from rendered CG images by pixel redistribution and compensation method. The elemental images are projected onto a screen that is placed at the same referential viewing distance from the lens array as in the image rendering. Photographic film is used to record the elemental images through each lens. The method enables 3D images with a long visualization depth to be viewed from relatively long distances without any apparent influence from deviated or distorted lenses in the array. We succeeded in creating an actual autostereoscopic images with an image depth of several meters in front of and behind the display that appear to have 3D even when viewed from a distance.
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| http://dx.doi.org/10.1109/TVCG.2010.267 | DOI Listing |
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