Remote Sensing Technology and Application, Volume. 39, Issue 4, 897(2024)

High Spatial-Hyperspectral Tree Species Classification based on 3D-Octave Convolution

Mingming WANG, Yunzhi CHEN, Yan DONG, Lei LIU, and Yu Ke WANG
Author Affiliations
  • Digital China Research Institute (Fujian), Key Laboratory of Spatial Data Mining and Information Sharing, Ministry of Education, National Local Joint Engineering Research Center for Integrated Application of Satellite Space Information Technology, Fuzhou University, Fuzhou 3501116, China
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    Figures & Tables(8)
    Regional location of Fuzhou University Ecological Botanical Garden with true color display of hyperspectral images
    3D Octave convolutional network structure
    Spatial attention model
    Spectral attention model
    Classification results of the Eco Botanical Garden
    Effect of the number of training samples on the classification ability of the model
    • Table 1. Tree species categories and the number of pixels of training samples, test samples and total samples

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      Table 1. Tree species categories and the number of pixels of training samples, test samples and total samples

      序号树种类别训练样本测试样本标记样本总数
      1樟树120 588482 354602 942
      2黄山栾树45 436181 744227 180
      3盆架树42 606170 422213 028
      4洋紫荆7 94631 78439 730
      5南洋松7 81331 25439 067
      6木棉25 347101 388126 735
      7法国梧桐7 21228 84636 058
      8海枣树28 345113 378141 723
      9大王椰10 30541 22051 525
      10大叶杜英39 615158 459198 074
      11晚樱3 83415 33419 168
      12金叶女贞40 772163 089203 861
      13红花继木18 47873 91192 389
      14黄皮7553 0203 775
      15高山榕52 865211 459264 324
      16紫薇20 27981 117101 396
      17秋枫10 63242 52653 158
      18鱼尾葵24 62298 487123 109
      19三角枫9 18736 74745 934
      20重阳木158 252633 010791 262
      21芒果6 19224 76830 960
    • Table 2. Classification indexes (%) of different methods on the data set of ecological botanical gardens

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      Table 2. Classification indexes (%) of different methods on the data set of ecological botanical gardens

      类别SVMELM2D-CNN3D-CNN3DOC-SSAM类别SVMELM2D-CNN3D-CNN3DOC-SSAM
      樟树83.7080.7885.2694.2499.56红花继木98.4799.2598.2998.2199.95
      黄山栾树79.3675.0783.2492.2399.12黄皮87.6871.4385.3498.1999.27
      盆架树93.9989.1294.1197.9899.71高山榕78.3571.1779.2590.9899.33
      洋紫荆93.7286.6993.0998.2499.74紫薇76.6768.7176.2790.8699.46
      南洋松91.4289.1494.2898.3699.76秋枫80.7963.2277.0391.3699.30
      木棉80.9065.7282.0792.1899.40鱼尾葵66.7659.7165.1486.3098.68
      法国梧桐75.1871.1094.7795.4799.44三角枫86.0479.4279.8595.0998.96
      海枣树94.6888.1394.7797.9599.65重阳木93.2289.5694.4097.2299.78
      大王椰60.2354.2664.2283.1099.03芒果60.6469.6668.5089.9298.22
      大叶杜英81.6770.4981.2092.4399.40OA85.6781.0486.6394.1799.53
      晚樱71.1256.0871.6987.9598.73AA78.5175.9883.8493.6499.38
      金叶汝贞97.9496.8097.9698.3399.98Kappa83.8578.5184.8893.4299.47
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    Mingming WANG, Yunzhi CHEN, Yan DONG, Lei LIU, Yu Ke WANG. High Spatial-Hyperspectral Tree Species Classification based on 3D-Octave Convolution[J]. Remote Sensing Technology and Application, 2024, 39(4): 897

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    Paper Information

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    Received: May. 4, 2023

    Accepted: --

    Published Online: Jan. 6, 2025

    The Author Email:

    DOI:10.11873/j.issn.1004-0323.2024.4.0897

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