Abstract

In this paper, the simulation experiments both of Abbe-Porter spatial filtering and of optical processing of image addition and subtraction with a grating filter are designed and performed. We realize the design and operation of optical information processing simulation experiments based on information optics theory and the experimental principle by using MATLAB programing language. The spatial filtering of Fourier spectrum, one of the main concepts in information optics, is intuitively described via the simulation experiments, and the experiment process is demonstrated step by step. The results show that the simulation experiments are really helpful for the filter’s design and the image processing. These developed virtual experiments have been used in experimental teaching for undergraduate students majored in optics or optical engineering, which effectively assist students to understand concept and principle of optical information processing.

© 2015 OSA, SPIE, IEEE Photonics Society

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References

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  1. Joseph W. Goodman, “Introduction to Fourier Optics,” Electronic Industry Press, Beijing, (2011).
  2. Xia Yuan, Jingjing Wang, and Huayang Jin, “Improvement of Abbe – Porter principle of image formation and spatial filtering experiment,” Physics experimentation, 30(3): 4–6 (2010).
  3. Naiguang Lu, “Fourier optics,” China Machine Press, Beijing, (2006).
  4. Zhefang Peng, “Applications of digital image processing in experiment of Abbe imaging principle and spatial filtering,” Physics experimentation, 21(7): 26–28 (2001).
  5. Baigen Pan, “Information optics simulation software for research,” Heifei university of technology, 20–21 (2010).

2010 (2)

Xia Yuan, Jingjing Wang, and Huayang Jin, “Improvement of Abbe – Porter principle of image formation and spatial filtering experiment,” Physics experimentation, 30(3): 4–6 (2010).

Baigen Pan, “Information optics simulation software for research,” Heifei university of technology, 20–21 (2010).

2001 (1)

Zhefang Peng, “Applications of digital image processing in experiment of Abbe imaging principle and spatial filtering,” Physics experimentation, 21(7): 26–28 (2001).

Goodman, Joseph W.

Joseph W. Goodman, “Introduction to Fourier Optics,” Electronic Industry Press, Beijing, (2011).

Jin, Huayang

Xia Yuan, Jingjing Wang, and Huayang Jin, “Improvement of Abbe – Porter principle of image formation and spatial filtering experiment,” Physics experimentation, 30(3): 4–6 (2010).

Lu, Naiguang

Naiguang Lu, “Fourier optics,” China Machine Press, Beijing, (2006).

Pan, Baigen

Baigen Pan, “Information optics simulation software for research,” Heifei university of technology, 20–21 (2010).

Peng, Zhefang

Zhefang Peng, “Applications of digital image processing in experiment of Abbe imaging principle and spatial filtering,” Physics experimentation, 21(7): 26–28 (2001).

Wang, Jingjing

Xia Yuan, Jingjing Wang, and Huayang Jin, “Improvement of Abbe – Porter principle of image formation and spatial filtering experiment,” Physics experimentation, 30(3): 4–6 (2010).

Yuan, Xia

Xia Yuan, Jingjing Wang, and Huayang Jin, “Improvement of Abbe – Porter principle of image formation and spatial filtering experiment,” Physics experimentation, 30(3): 4–6 (2010).

Heifei university of technology (1)

Baigen Pan, “Information optics simulation software for research,” Heifei university of technology, 20–21 (2010).

Physics experimentation (2)

Xia Yuan, Jingjing Wang, and Huayang Jin, “Improvement of Abbe – Porter principle of image formation and spatial filtering experiment,” Physics experimentation, 30(3): 4–6 (2010).

Zhefang Peng, “Applications of digital image processing in experiment of Abbe imaging principle and spatial filtering,” Physics experimentation, 21(7): 26–28 (2001).

Other (2)

Joseph W. Goodman, “Introduction to Fourier Optics,” Electronic Industry Press, Beijing, (2011).

Naiguang Lu, “Fourier optics,” China Machine Press, Beijing, (2006).