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논문검색

A Linear Iteration Image Restoration Method Based on Homology Continuity

원문정보

Yonghua Zhu, Shunyi Mao, Pin Wu, Honghao Gao, Zhiguo Wu

보안공학연구지원센터(IJMUE) International Journal of Multimedia and Ubiquitous Engineering Vol.10 No.11 2015.11 pp.277-284
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초록

영어

A novel image restoration method based on homology continuity is proposed in this paper. We view images as a collection of gray scale points, taking advantage of the homology continuity principle to combine each point and its fuzzy point derived by drop mass function to constitute the path direction and obtain distinct restore points. The gather of all the restore points is the sharply focused image of the original image. At last, we found every picture by iteration method is clearer than the last by experiment with the method proposed in the paper. The result verifies its feasibility.

목차

Abstract
 1. Introduction
 2. The Realization of Image Restoration Technology
 3. Image Degradation Model
 4. Image Restoration Principle Based on Homology Continuity
 5. Image Restoration Algorithm Based on Homology Continuity
  5.1. Algorithm Framework
  5.2. The Concrete Process of the Algorithm
 6. Image Quality Evaluation Method
 7. Experiment and Analysis
 8. Conclusion
 References

키워드

저자정보

  • Yonghua Zhu School of Computer Engineering and Science Shanghai University, China Institute of Materials Genome, Shanghai University, Shanghai, China Computing Center, Shanghai University,China
  • Shunyi Mao School of Computer Engineering and Science Shanghai University, China Institute of Materials Genome, Shanghai University, Shanghai, China Computing Center, Shanghai University,China
  • Pin Wu School of Computer Engineering and Science Shanghai University, China Institute of Materials Genome, Shanghai University, Shanghai, China Computing Center, Shanghai University,China
  • Honghao Gao School of Computer Engineering and Science Shanghai University, China Institute of Materials Genome, Shanghai University, Shanghai, China Computing Center, Shanghai University,China
  • Zhiguo Wu School of Computer Engineering and Science Shanghai University, China Institute of Materials Genome, Shanghai University, Shanghai, China Computing Center, Shanghai University,China

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