Optics and Precision Engineering, Volume. 31, Issue 13, 1962(2023)

MMShip: medium resolution multispectral satellite imagery ship dataset

Li CHEN1...2,3, Linhan LI1,2,3, Shiyong WANG1,3,*, Sili GAO1,3,*, and Xiangzhou YE1,23 |Show fewer author(s)
Author Affiliations
  • 1Shanghai Institute of Technical Physics, Chinese Academy of Sciences, Shanghai200083, China
  • 2University of Chinese Academy of Sciences, Beijing100049, China
  • 3Key Laboratory of Infrared System Detection and Imaging Technology, Chinese Academy of Sciences,Shanghai20008, China
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    Figures & Tables(13)
    Processing flows of medium resolution multispectral satellite imagery ship dataset
    Example of small scale data
    Example of large scale data
    Width and height statistics
    Area statistics
    Normalization methods
    Experimental results
    • Table 1. Comparison of remote sensing data sets containing ships

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      Table 1. Comparison of remote sensing data sets containing ships

      DatasetsSourceNumberPixelClassResolution/mYear
      NWPUVHR-10Google Earth8001k×1k100.5-22014
      LEVIR16Google Earth22k800×60030.2-12017
      DOTAGoogle Earth/GF-2/JL-12 806800×800-4 000×4 00015≤0.52017
      NWPU-RESISC4517Google Earth31 500256×256450.2-302017
      HRRSD18Google Earth/Baidu Map21 761——130.15-1.22018
      DIORGoogle Earth23 463800×800200.5-302018
      xView19WorldView 31 4121 500×1 50060≤0.32018
    • Table 2. Comparison of remote sensing ship data sets

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      Table 2. Comparison of remote sensing ship data sets

      DatasetsSourceNumberPixelClassResolution/mBandYear
      HRSC2016Google Earth1 070300×300-1 500×900250.4-2RGB2016
      Kaggle20SPOT6/7,Pléiades192 556768×76810.3-6RGB2018
      MASATI21Microsoft Bing maps6 212512×5121——RGB2018
      FGSDGoogle Earth2 612930×930430.12~1.93RGB2020
      ShipRSImageNetMultiple3 435930×930-1 500×1 500500.12~6RGB2021
      FGSC-2322Multiple4 052——230.4~2RGB2021
      MMShipSentinel-25 016

      512×512

      10 980×10 980

      110RGB/NIR本文
    • Table 3. Configuration information

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      Table 3. Configuration information

      ConfigurationVersion
      Python3.7.11
      Pytorch1.8.0
      Torchvision0.9.0
      MMdetection2.22.0
      mmcv1.4.6
      CUDA11.1
    • Table 4. Comparison of detection algorithms on test sets

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      Table 4. Comparison of detection algorithms on test sets

      MethodBackboneNIR(%)RGB(%)Multispectral(%)
      AP50AP75AP90AP50AP75AP90AP50AP75AP90
      One-stage Anchor-based SSD512VGG1674.1144.921.4775.3941.673.0374.6244.164.89
      One-stage Anchor-based RetinaNetResNet5088.3246.953.0387.3938.902.2767.5041.863.41
      One-stage Anchor-free FoveaBoxResNet5082.5145.179.0976.9736.809.0979.1741.197.03
      One-stage Anchor-free FCOSResNet5089.1247.680.7188.9046.852.2788.9946.831.52
      Two-stage Faster R-CNNResNet5077.4150.882.6187.4649.400.7382.4152.772.14
      Two-stage Cascade R-CNNResNet5090.3953.311.3090.4652.723.0390.5752.139.09
    • Table 5. Learning rate setting

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      Table 5. Learning rate setting

      Methodlr
      SSD5120.000 5
      RetinaNet0.010 0
      FoveaBox0.005 0
      FCOS0.010 0
      Faster R-CNN0.020 0
      Cascade R-CNN0.020 0
    • Table 6. HRSC2016 test results

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      Table 6. HRSC2016 test results

      MethodBackboneRGB/%
      AP50AP50AP75
      Rotated-RetinaNetResNet5084.26359.0710.48
      Rotated-FCOSResNet5088.5265.767.93
      Rotated-Faster R-CNNResNet5078.9943.919.09
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    Li CHEN, Linhan LI, Shiyong WANG, Sili GAO, Xiangzhou YE. MMShip: medium resolution multispectral satellite imagery ship dataset[J]. Optics and Precision Engineering, 2023, 31(13): 1962

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    Paper Information

    Category: Information Sciences

    Received: Sep. 6, 2022

    Accepted: --

    Published Online: Jul. 26, 2023

    The Author Email: WANG Shiyong (s_y_w@sina.com), GAO Sili (s_y_w@sina.com)

    DOI:10.37188/OPE.20233113.1962

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