Laser & Optoelectronics Progress, Volume. 60, Issue 4, 0411002(2023)

Image Super-Resolution Reconstruction Algorithm Based on Enhanced Multi-Scale Residual Network

Jiao Xu* and Sannan Yuan
Author Affiliations
  • College of Electronics and Information Engineering, Shanghai University of Electric Power, Shanghai 200120, China
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    Figures & Tables(10)
    Structure of enhanced multi-scale residual network
    Structure of enhanced multi-scale residual block
    Structure of channel attention mechanism
    Image visual effects of different algorithms with scale factor ×2
    Image visual effects of different algorithms with scale factor ×3
    Image visual effects of different algorithms with scale factor ×4
    Image visual effects of different algorithms with scale factor ×8
    Comparison of network parameters and PSNR correspondence for different algorithms
    • Table 1. Comparison between EMSRN-NOCA and EMSRN

      View table

      Table 1. Comparison between EMSRN-NOCA and EMSRN

      AlgorithmScaleManga109 PSNR/SSIM
      EMSRN-NOCA×239.07/0.9777
      EMSRN×239.20/0.9782
      EMSRN-NOCA×334.01/0.9478
      EMSRN×334.16/0.9483
      EMSRN-NOCA×430.85/0.9142
      EMSRN×430.95/0.9148
      EMSRN-NOCA×824.74/0.7852
      EMSRN×824.72/0.7857
    • Table 2. PSNR and SSIM values of different algorithms

      View table

      Table 2. PSNR and SSIM values of different algorithms

      AlgorithmScale

      Set5

      PSNR/SSIM

      Set14

      PSNR/SSIM

      BSD100

      PSNR/SSIM

      Urban100

      PSNR/SSIM

      Manga109

      PSNR/SSIM

      Bicubic×233.69/0.928430.34/0.867529.57/0.843426.88/0.843830.82/0.9332
      SRCNN×236.31/0.953532.26/0.905331.16/0.885929.30/0.893935.16/0.9663
      FSRCNN×236.78/0.956132.57/0.908931.38/0.889429.74/0.900936.26/0.9700
      ESPCN×236.47/0.954432.32/0.906731.17/0.886729.21/0.892535.28/0.9666
      VDSR×237.16/0.958232.87/0.912631.75/0.895130.74/0.914636.42/0.9730
      LapSRN×236.91/0.957332.71/0.910531.59/0.892230.26/0.909036.09/0.9717
      EDSR×238.11/0.960133.92/0.919532.32/0.9013-/--/-
      MSRN×238.09/0.960733.73/0.918232.22/0.900132.29/0.930038.65/0.9771
      IMDN×237.91/0.959433.59/0.916932.15/0.898732.14/0.927438.79/0.9764
      CFSRCNN×237.79/0.959133.50/0.916532.10/0.898732.07/0.927338.16/0.9751
      PAN×238.00/0.960533.59/0.918132.18/0.899732.01/0.927338.70/0.9773
      EMSRN(proposed)×238.19/0.961333.78/0.919532.30/0.901232.74/0.934239.20/0.9782
      Bicubic×330.41/0.865527.64/0.772227.21/0.734424.46/0.741126.96/0.8555
      SRCNN×332.60/0.908829.21/0.819828.30/0.784026.04/0.795530.09/0.9098
      FSRCNN×332.51/0.905429.17/0.818128.24/0.782125.97/0.791730.00/0.9051
      ESPCN×332.56/0.907329.19/0.819528.26/0.783425.98/0.792930.01/0.9063
      VDSR×333.54/0.921429.69/0.831528.73/0.796327.05/0.826531.55/0.9312
      EDSR×334.65/0.928230.52/0.846229.25/0.8093-/--/-
      MSRN×334.47/0.927630.38/0.843429.13/0.806228.31/0.855833.58/0.9452
      IMDN×334.32/0.925930.31/0.840929.07/0.803628.15/0.851033.58/0.9434
      CFSRCNN×334.23/0.925630.26/0.840929.02/0.803328.03/0.849533.27/0.9418
      PAN×334.40/0.927230.36/0.842229.10/0.804928.11/0.851033.58/0.9448
      EMSRN(proposed)×334.65/0.929030.54/0.846129.24/0.808928.70/0.863434.16/0.9483
      Bicubic×428.43/0.802226.10/0.693625.97/0.651723.14/0.659924.91/0.7826
      SRCNN×430.22/0.859727.40/0.748926.78/0.707424.29/0.714127.10/0.8457
      FSRCNN×430.44/0.859527.51/0.750726.85/0.709024.44/0.718827.42/0.8432
      ESPCN×430.25/0.856627.37/0.748726.77/0.707224.26/0.711427.00/0.8398
      VDSR×431.18/0.881928.00/0.767327.19/0.722925.09/0.749428.50/0.8812
      LapSRN×431.52/0.887928.17/0.772927.28/0.727825.26/0.759628.85/0.8900
      EDSR×432.46/0.896828.80/0.787627.71/0.7420-/--/-
      MSRN×432.19/0.895228.63/0.783727.61/0.737726.16/0.789430.53/0.9093
      IMDN×432.19/0.893628.57/0.780327.54/0.734226.03/0.782930.44/0.9065
      CFSRCNN×432.06/0.892028.57/0.780127.52/0.733126.02/0.782330.30/0.9048
      PAN×432.13/0.894828.61/0.782227.59/0.736326.11/0.785430.51/0.9095
      EMSRN(proposed)×432.43/0.898028.77/0.786327.69/0.740826.51/0.799530.95/0.9148
      Bicubic×824.40/0.604523.19/0.511023.67/0.480820.74/0.484121.46/0.6138
      SRCNN×824.10/0.659923.02/0.570423.53/0.547920.68/0.515721.41/0.6470
      FSRCNN×825.20/0.683223.77/0.587924.08/0.559921.21/0.534222.21/0.6630
      ESPCN×825.41/0.689523.92/0.592324.13/0.562921.31/0.538222.32/0.6677
      VDSR×825.79/0.718324.20/0.608424.37/0.574421.58/0.561422.82/0.7056
      LapSRN×825.96/0.727624.35/0.616824.49/0.581121.74/0.572723.12/0.7202
      MSRN×826.87/0.771424.83/0.638124.74/0.595022.32/0.612224.39/0.7743
      EMSRN(proposed)×826.88/0.775924.99/0.643424.79/0.598722.55/0.623024.72/0.7857
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    Jiao Xu, Sannan Yuan. Image Super-Resolution Reconstruction Algorithm Based on Enhanced Multi-Scale Residual Network[J]. Laser & Optoelectronics Progress, 2023, 60(4): 0411002

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    Paper Information

    Category: Imaging Systems

    Received: Nov. 5, 2021

    Accepted: Dec. 21, 2021

    Published Online: Feb. 14, 2023

    The Author Email: Xu Jiao (xj15240039674@163.com)

    DOI:10.3788/LOP212884

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