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Detection of Helicobacter pylori bacterium on histology samples

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joanlafuente/Medical_Image

 
 

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Medical_Image

Structure

  • performance: Images with the results of the different approaches
  • project: The code of the project
    • Autoencoder_aproach: Files used to train and test the different autoencoders. Also, to generate images with the autoencoder
    • CNN_approach_files: Files used on the fine-tuning of CNNs approach to classify patients
    • Classifier_patches_pacients: Folder with the scripts to classify patches in the autoencoder approach and patients in both approaches
    • models: Folder with a script with different autoencoders
    • setups: Setups used to train the autoencoders
    • setups_clf: Setups used to fine-tune the classifiers
    • autoncoder_vs_CNN.ipynb: Comparison of parameters and inference time of both models.
    • dataset.py: different pytorch datasets used
    • metrics.py: Metrics used as reconstruction error in the autoencoder approach
    • partition_dataset.ipynb: Notebook to split the patients in train and test
    • preprocessing.ipynb: Notebook to do the image preprocessing
    • utils.py: Different helper functions used
    • visualize_annotated_classes.py: Visualization of the autoencoder generated images per class

Results

  • Results on patches
  • Results on patients
Performance Autoencoder approach:

Patch classification

Performance

Patient classification

Performance Performance

Performance CNN approach:

Patch classification

Performance

Patient classification

Performance Performance

 

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Detection of Helicobacter pylori bacterium on histology samples

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