The document outlines topics to discuss regarding 3D vision technology, including a brief history. It covers early patents from 1880 and the first 3D movie from 1922. Methods of capturing 3D images are discussed as well as techniques for projection, such as anaglyph, polarization, interference filters, and Dolby 3D. The document also touches on classifying 3D formats and modern technologies that enable 3D without glasses, like autostereoscopic screens and holograms. References are provided at the end.

2. TOPICS TO DISCUSS
1. Some general information
2. History of 3D vision technology
3. Capture of image
4. Technique of projection
5. Classification of 3D
6. Technologies in the modern era
7. References

3. HEIGHT
HUMAN VISION
LENGTH
HEIGHT
SOME GENERAL
INFORMATIONS
H
PT
DE
LENGTH

4. HISTORY OF 3D VISION
•TECHNOLOGY obtained the first patent
1980: William Friese Greene
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1900: 3D camera by Frederic Eugene Lves
1915: Tests in Astor Theatre via RED-GREEN anaglyph
1922: Earliest confirm 3D movie “The Power of Love”
1922: Alternate left-right images projected with synchronised with armed seat
1922: First RED-BLUE anaglyph

5. CAPTURE OF IMAGES

6. TECHNIQUE OF PROJECTION

7. ANAGLYP
H

8. ANAGLYPH IMAGE

9. POLARIZATION

10. POLARIZED IMAGE

11. INTERFERENCE
FILTER

12. DOLBY 3D IMAGE

13. CLASSIFICATION OF 3D

14. TECHNOLOGIES IN MODERN ERA
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Without glasses
Auto stereoscopic screen
Silver light
Realistic holograms

15. REFERENCES
• http://www.mashable.com
• http://www.stereo-3d-info.de
• http://www.stcroixstudios.com
• http://en.wikipedia.org
• http://www.google.com
• http://www.slideshare.net
• http://www.mylibrary.britishcouncil.org

16. SLIDE PRESENTED BY
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ABHISHEK BASU
DEPARTMENT OF APPLIED ELECTRONICS AND INSTRUMENTATION
ROLL: 18700511001
3RD YEAR, 6TH SEM
TECHNO INDIA COLLEGE OF TECHNOLOGY

17. THANK YOU