Laser & Optoelectronics Progress, Volume. 61, Issue 8, 0812001(2024)

Lightweight Pavement Crack Detection Model Based on DeepLabv3+

Xiaohua Xia*, Jiangong Su, Yaoyao Wang, Yang Liu, and Mingzhen Li
Author Affiliations
  • College of Engineering Machinery, Chang'an University, Xi'an 710000, Shaanxi, China
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    Figures & Tables(14)
    DeepLabv3+ model feature map visualization diagram
    Improved DeepLabv3+ model structure diagram
    Comparison of ordinary convolution and Ghost convolution. (a) Ordinary convolution; (b) Ghost convolution
    Common pooling, strip pooling and corresponding label. (a) Common pooling; (b) strip pooling;(c) corresponding label
    Schematic diagram of the network structure of the strip pooling module. (a) Input feature map; (b) (c) pooling feature maps;(d)(e) expand feature maps; (f) fusion feature map; (g) output feature map
    Diagram of shallow feature fusion structure
    Shallow feature map visual diagram. (a) Original image; (b) original feature map; (c) feature map after introducing shallow feature fusion structure
    Visualized results of 5 models. (a) Original images; (b) ground truth; (c) traditional DeepLabv3+; (d) M-PSPNet; (e) R-PSPNet; (f) U-Net; (g) proposed method
    • Table 1. MobileNetv3 structure

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      Table 1. MobileNetv3 structure

      InputOperatorExp sizeoutSENLs
      2242×3Conv2d16HS2
      1122×16bneck,3×31616RE1
      1122×16bneck,3×36424RE2
      562×24bneck,3×37224RE1
      562×24bneck,5×57240RE2
      282×40bneck,5×512040RE1
      282×40bneck,5×512040RE1
      282×40bneck,3×324080HS2
      142×80bneck,3×320080HS1
      142×80bneck,3×318480HS1
      142×80bneck,3×318480HS1
      142×80bneck,3×3480112HS1
      142×112bneck,3×3672112HS1
      142×112bneck,5×5672160HS21
      142×160bneck,5×5960160HS1
      142×160bneck,5×5960160HS1
    • Table 2. The ratio of each pixel in the training set to the total pixel

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      Table 2. The ratio of each pixel in the training set to the total pixel

      ClassBackgroundCrack
      Percentage /%93.946.06
    • Table 3. Experimental environment

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      Table 3. Experimental environment

      ConfigurationParameter
      Operating environmentUbuntu 16.04
      Processor7 Intel(R)Xeon(R)CPU E5-2680 v4 @ 2.40 GHz
      Graphic processing unitNVIDIA Gefore GTX Titan X
      Accelerating environmentGPU
      Development platformVisual Studio Code
    • Table 4. Results of ablation experiment

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      Table 4. Results of ablation experiment

      PlanMobileNetv3,GhostBCE+DiceSPMECASFFRIoU /%Rprecision /%Rrecall /%F1 /%FPSParams /MB
      156.4774.4770.0372.1821.48208.70
      255.7373.9969.3171.5757.7414.32
      356.5768.9175.9572.2657.7414.32
      456.8469.9575.2072.4852.2014.46
      557.0070.5074.8772.6250.2214.46
      657.2170.6075.0972.7647.1814.53
    • Table 5. Comparison of test results using different models on the CRACK500 dataset

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      Table 5. Comparison of test results using different models on the CRACK500 dataset

      ModelRIoURprecisionRrecallF1
      FPHBN54.5171.2371.6570.56
      CNNs52.6169.5467.4468.95
      ACNet54.9268.0574.8969.82
      Proposed method57.2170.6075.0972.76
    • Table 6. Comparison of test results between the proposed method and different semantic segmentation models

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      Table 6. Comparison of test results between the proposed method and different semantic segmentation models

      ModelbackboneRIoU /%Rprecision /%Rrecall /%F1 /%FPSParams /MB
      Traditional DeepLabv3+Xception56.4774.4770.0372.1821.48208.70
      M-PSPNetMobileNetv253.8673.4866.8670.0186.829.06
      R-PSPNetResNet5055.3771.7470.8171.2747.09178.17
      U-NetVGG1655.5971.2271.7071.5026.9194.95
      Proposed methodMobileNetv357.2170.6075.0972.7647.1814.53
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    Xiaohua Xia, Jiangong Su, Yaoyao Wang, Yang Liu, Mingzhen Li. Lightweight Pavement Crack Detection Model Based on DeepLabv3+[J]. Laser & Optoelectronics Progress, 2024, 61(8): 0812001

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    Paper Information

    Category: Instrumentation, Measurement and Metrology

    Received: May. 15, 2023

    Accepted: Jul. 24, 2023

    Published Online: Mar. 15, 2024

    The Author Email: Xia Xiaohua (xhxia@chd.edu.cn)

    DOI:10.3788/LOP231323

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