Journal of Infrared and Millimeter Waves, Volume. 39, Issue 4, 523(2020)

Intelligent fusion method of infrared polarization image based on fireworks algorithm

Wei CHEN1, Xiao-Bing SUN2、*, Yan-Li QIAO2, Fei-Nan CHEN2, and Yu-Long YIN3
Author Affiliations
  • 1Anhui Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Hefei23003,China
  • 2Anhui Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Hefei23003,China
  • 3Anhui Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Hefei23003,China
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    Figures & Tables(13)
    Flow chart of FWA
    Convergence process of FWA (a) fitness, (b) explosion amplitude
    Fusion results of “ground” infrared-polarization image (a) infrared-intensity image, (b) infrared-polarization image, (c) FWA, (d) LP, (e) GP, (f) PCA, (g) MP, (h) DWT, (i) SIDWT
    Fusion results of “truck” infrared-polarization image (a) infrared-intensity image, (b) infrared-polarization image, (c) FWA, (d) LP, (e) GP, (f) PCA, (g) MP, (h) DWT, (i) SIDWT
    Fusion results of “car” infrared-polarization image (a) infrared-intensity image, (b) infrared-polarization image, (c) FWA, (d) LP, (e) GP, (f) PCA, (g) MP, (h) DWT, (i) SIDWT
    • Table 1. 规则火花生成伪代码

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      Table 1. 规则火花生成伪代码

      火花生成算法伪代码
      1: for j=1 to λi do
      2: eAirand(-1,1)
      3: 随机选择z个维度,zrounddrand(0,1)
      4: sijωi
      5: for k=1to z do
      6: sijksijk+e
      7: end for
      8: end for
    • Table 2. 变异火花生成伪代码

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      Table 2. 变异火花生成伪代码

      火花生成算法伪代码
      1: for j=1 to λ˙ do
      2: erandn(1,1)
      3: 随机选择z个维度,zrounddrand(0,1)
      4: gjωi
      5: for k=1to z do
      6: gjkgjke
      7: end for
      8: end for
    • Table 3. 实验所用融合算法设置

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      Table 3. 实验所用融合算法设置

      AlgorithmAlgorithm setting
      FWADim=4, Seed Num=10, Son Num=30, Maximum Iterations=500
      LPLevel=4, Highpass combination: choose max, Lowpass combination: average
      GPLevel=4, Highpass combination: choose max, Lowpass combination: average
      PCA
      MPLevel=4, Highpass combination: choose max, Lowpass combination: average
      DWTLevel=4, Highpass combination: choose max, Lowpass combination: average
      SIDWTLevel=4, Highpass combination: choose max, Lowpass combination: average
    • Table 4. “ground”的红外强度和偏振度图融合结果客观评价

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      Table 4. “ground”的红外强度和偏振度图融合结果客观评价

      MetricsREFSSIMFMI
      FWA0.77741.41491.5462
      LP1.22451.35321.0964
      GP1.76451.40901.2368
      PCA1.61191.10611.7559
      MP0.94011.26181.0168
      DWT1.29211.31241.0137
      SIDWT1.29531.36491.0908
    • Table 5. “truck”的红外强度和偏振度图融合结果客观评价

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      Table 5. “truck”的红外强度和偏振度图融合结果客观评价

      MetricsREFSSIMFMI
      FWA0.32531.77443.3937
      LP0.37981.72112.1439
      GP0.40801.77012.2947
      PCA0.33851.79552.7763
      MP0.39471.64921.9312
      DWT0.39151.68932.1045
      SIDWT0.38711.74092.1856
    • Table 6. “car”的红外强度和偏振度图融合结果客观评价

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      Table 6. “car”的红外强度和偏振度图融合结果客观评价

      MetricsREFSSIMFMI
      FWA2.20531.25592.3473
      LP2.96731.14671.3457
      GP3.07481.22671.5746
      PCA2.65451.17113.3017
      MP2.98851.06951.2487
      DWT2.96971.14771.2587
      SIDWT2.96471.17641.3705
    • Table 7. 互信息计算结果

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      Table 7. 互信息计算结果

      Metrics

      MI

      (2a,2f)

      MI

      (2b,2f)

      MI

      (3a,3f)

      MI

      (3b,3f)

      MI

      (4a,4f)

      MI

      (4b,4f)

      MI0.26691.48901.95710.81922.94490.3568
    • Table 8. 算法性能排序

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      Table 8. 算法性能排序

      groundtruckcar
      REFWA>MP>LP>DWT>SIDWT>GPFWA>LP>SIDWT>DWT>MP>GPFWA>SIDWT>LP>DWT>MP>GP
      FSSIMFWA>GP>SIDWT>LP>DWT>MPFWA>GP>SIDWT>LP>DWT>MPFWA>GP>SIDWT>DWT>LP>MP
      FMIFWA>GP>LP>SIDWT>MP>DWTFWA>GP>SIDWT>LP>DWT>MPFWA>GP>SIDWT>LP>DWT>MP
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    Wei CHEN, Xiao-Bing SUN, Yan-Li QIAO, Fei-Nan CHEN, Yu-Long YIN. Intelligent fusion method of infrared polarization image based on fireworks algorithm[J]. Journal of Infrared and Millimeter Waves, 2020, 39(4): 523

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    Paper Information

    Category: Image Processing and Software Simulation

    Received: Jul. 16, 2019

    Accepted: --

    Published Online: Sep. 17, 2020

    The Author Email: Xiao-Bing SUN (xbsun@aiofm.ac.cn)

    DOI:10.11972/j.issn.1001-9014.2020.04.017

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