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Code for paper "D4Net: De-Deformation Defect Detection Network for Non-Rigid Products with Large Patterns", Information Sciences 2021

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D4Net: De-Deformation Defect Detection Network for Non-Rigid Products with Large Patterns

by Xuemiao Xu^, Jiaxing Chen^, Huaidong Zhang*, and Wing~W. Y. Ng* (^ joint 1st author, * joint corresponding author)[paper link]

This implementation is written by Jiaxing Chen at the South China University of Technology.

Citation

@article{xu2020d4net,
     title={D4Net: De-Deformation Defect Detection Network for Non-Rigid Products with Large Patterns},
     author={Xuemiao Xu, Jiaxing Chen, Huaidong Zhang, and Wing~W. Y. Ng},
     journal={Information Sciences},
     volume={547},
     pages={763--776},
     year={2021},
     publisher={Elsevier}
}

LFLP Dataset

Due to the influence of COVID-19, the LFLP dataset will be released after the author returns to school. [LFLP dataset link]

The testing set of LFLP is updated(2021/04/22), the training set of LFLP is coming soon.

Trained Model

You can download the trained model which is reported in our paper at Google Drive.

Requirement

  • Python 2.7
  • PyTorch 0.4.0
  • torchvision
  • numpy

Training

  1. Set the path of pretrained ResNeXt model in resnext/config.py
  2. Set the path of LFLP dataset in config.py
  3. Run by python train.py

Hyper-parameters of training were gathered at the beginning of train.py and you can conveniently change them as you need.

Testing

  1. Put the trained model in ckpt/d4net
  2. Run by python infer.py

Settings of testing were gathered at the beginning of infer.py and you can conveniently change them as you need.

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Code for paper "D4Net: De-Deformation Defect Detection Network for Non-Rigid Products with Large Patterns", Information Sciences 2021

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