Optics and Precision Engineering, Volume. 33, Issue 5, 802(2025)

Adaptive color compensation and multi-scale fusion for underwater image enhancement

Cuiyin LIU1,*... Yuanshuai CHEN1, Tengyun JING1 and Feng WANG2 |Show fewer author(s)
Author Affiliations
  • 1School of Information Engineering and Automation, Kunming University of Science and Technology, Kunming650500, China
  • 2School of Physics and Material Sciences, Guangzhou University, Guangzhou510006, China
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    Figures & Tables(17)
    Flow chart of underwater image enhancement algorithm based on adaptive color compensation and multi-scale fusion
    Flow chart of adaptive white balance algorithm
    Color compensation and white light balance algorithm processing results
    Comparison before and after gamma correction
    Result of Raleigh histogram stretching
    λ image
    Sharpening results
    Schematic diagram of NSCT tower-type multi-scale decomposition and multi-directional decomposition
    Schematic diagram of NSDFB Secondary Multi-Directional Decomposition
    Result of nondownsampling contour wave fusion
    Original and processed images by different algorithms
    Result of nondownsampling contour wave fusion
    • Table 1. PSNR values of images

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      Table 1. PSNR values of images

      方法Image 1Image 2Image 3Image 4Image 5Image 6Image 7Image 8平均值
      原始值9.446 316.624 116.042 217.375 119.453 215.023 715.411 214.446 115.477 7
      DCP9.083 714.236 213.812 010.966 412.800 713.171 712.385 612.029 912.310 8
      UCM15.739 816.053 516.050 315.282 220.021 419.587 814.691 113.794 616.402 6
      AWB16.743 616.902 220.052 212.376 512.421 315.760 111.575 413.503 114.916 8
      Fu21.493 818.179 121.599 116.803 120.214 819.816 219.680 518.102 519.486 1
      本文24.483 118.934 522.689 120.076 523.998 021.980 122.526 023.022 122.213 7
    • Table 2. SSIM values of images

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      Table 2. SSIM values of images

      方法Image 1Image 2Image 3Image 4Image 5Image 6Image 7Image 8平均值
      原始值0.032 20.642 60.578 00.740 20.663 20.524 00.567 00.520 90.533 5
      DCP0.083 00.591 80.512 00.658 50/0.477 30.456 30.506 90.537 90.478
      UCM0.447 80.333 00.689 60.282 10.884 80.766 40.698 60.572 90.584 4
      AWB0.592 00.412 60.743 00.450 80.516 80.665 70.499 10.538 80.552 4
      Fu0.814 10.448 40.770 60.600 90.869 60.767 00.792 70.750 40.726 7
      本文0.876 00.669 20.876 70.837 70.889 20.863 00.890 90.868 50.846 4
    • Table 3. IE values of images

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      Table 3. IE values of images

      方法Image 1Image 2Image 3Image 4Image 5Image 6Image 7Image 8平均值
      原始值5.866 67.208 66.874 96.656 37.444 17.445 07.064 56.577 46.892 2
      DCP5.207 96.791 06.919 06.634 47.001 36.857 46.957 56.784 96.644 2
      UCM7.349 87.677 57.432 47.388 17.598 37.636 37.277 47.270 37.453 8
      AWB7.209 37.538 07.485 86.792 47.002 97.432 06.961 26.783 17.150 6
      Fu7.664 07.708 17.661 57.784 97.662 77.653 67.740 87.692 57.696
      本文7.804 67.722 07.793 67.655 67.713 17.737 47.804 67.796 87.753 5
    • Table 4. UCIQE values of images

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      Table 4. UCIQE values of images

      方法Image 1Image 2Image 3Image 4Image 5Image 6Image 7Image 8平均值
      原始值0.357 00.407 10.272 10.257 50.476 60.461 40.352 80.226 80.351 4
      DCP0.383 20.469 80.400 70.343 20.585 60.515 00.419 90.347 90.433 2
      UCM0.489 60.491 60.486 80.446 20.524 50.490 90.406 00.446 70.472 8
      AWB0.327 00.408 30.365 20.400 60.526 10.526 40.465 60.344 40.420 5
      Fu0.440 00.438 90.396 10.479 60.434 40.483 70.442 60.437 40.444 1
      本文0.446 00.455 60.430 30.434 10.503 90.507 90.476 90.459 70.464 3
    • Table 5. Objective evaluation indexes of ablation experiment

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      Table 5. Objective evaluation indexes of ablation experiment

      指标去掉色彩补偿去掉白平衡去掉伽马校正去掉瑞利拉伸去掉锐化本文
      PSNR18.849 418.988 022.605 215.776 216.821 922.811 7
      SSIM0.799 80.710 50.866 00.635 50.719 60.869 9
      IE7.617 86.613 17.740 46.433 67.015 37.741 7
      UCIQE0.474 30.443 30.446 10.312 50.340 60.453 6
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    Cuiyin LIU, Yuanshuai CHEN, Tengyun JING, Feng WANG. Adaptive color compensation and multi-scale fusion for underwater image enhancement[J]. Optics and Precision Engineering, 2025, 33(5): 802

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    Paper Information

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    Received: Oct. 25, 2024

    Accepted: --

    Published Online: May. 20, 2025

    The Author Email: LIU Cuiyin (liucuiyin@kust.edu)

    DOI:10.37188/OPE.20253305.0802

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