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Articles

A full-color anaglyph three-dimensional display system using active color filter glasses

, , , , , & show all
Pages 37-41 | Received 16 Oct 2010, Accepted 23 Nov 2010, Published online: 16 Mar 2011

Figures & data

Figure 1. Basic concept of the full-color anaglyph system using an active color filter.

Figure 1. Basic concept of the full-color anaglyph system using an active color filter.

Figure 2. The mechanism of how the observer sees full-color 3D images with the synchronized active color filter and the display panel.

Figure 2. The mechanism of how the observer sees full-color 3D images with the synchronized active color filter and the display panel.

Figure 3. Making an active color filter from a liquid crystal display monitor.

Figure 3. Making an active color filter from a liquid crystal display monitor.

Figure 4. Full-color anaglyph system schematic overview.

Figure 4. Full-color anaglyph system schematic overview.

Figure 5. Full-color anaglyph system experiment setup.

Figure 5. Full-color anaglyph system experiment setup.

Figure 6. The original images that were used in the image separation experiment: (a) the left-eye image; and (b) the right-eye image.

Figure 6. The original images that were used in the image separation experiment: (a) the left-eye image; and (b) the right-eye image.

Figure 7. The rendered images in the image separation experiment: (a) the first-status image and (b) the second-status image.

Figure 7. The rendered images in the image separation experiment: (a) the first-status image and (b) the second-status image.

Figure 8. The original images that were used in the experiment with stereoscopic images: (a) the left-eye image and (b) the right-eye image.

Figure 8. The original images that were used in the experiment with stereoscopic images: (a) the left-eye image and (b) the right-eye image.

Figure 9. The rendered images in the experiment with stereoscopic images: (a) the first-status image and (b) the second-status image.

Figure 9. The rendered images in the experiment with stereoscopic images: (a) the first-status image and (b) the second-status image.

Figure 10. The results of the image separation experiment: (a) the left-eye view and (b) the right-eye view.

Figure 10. The results of the image separation experiment: (a) the left-eye view and (b) the right-eye view.

Figure 11. The results of the experiment with stereoscopic images: (a) the left-eye view and (b) the right-eye view.

Figure 11. The results of the experiment with stereoscopic images: (a) the left-eye view and (b) the right-eye view.

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