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SkinLesionAI

GitHub repository size

Google Colab Google Drive Jupyter Notebook Kaggle Python SQLite

Keras NumPy OpenCV Pandas ScikitLearn TensorFlow


Description

This repository refers to a final project of Computer Engineering major which contains CNN notebooks using the HAM10000 dataset, a dataset with 7 skin cancer classes:

  • Basal cell carcinoma;
  • Benign keratosis;
  • Bowens disease;
  • Dermatofibroma;
  • Melanocytic nevi;
  • Melanoma;
  • Vascular lesion.

Objective

Study the impact of configurations and techniques using vision transformer (accuracy and transfer learning only) and CNN models:

22.4 GB of model data were generated.

  • Mainly techniques used:

    • Data augmentation;
      • Image transformations;
      • Generative Adversarial Networks.
    • Segmentation;
    • Transfer learning.
  • Metrics extracted:

    • Accuracy;
    • Loss;
    • Sensibility (Recall);
    • Specificity;
    • F1-score;
    • AUC;
    • Precision;
    • Confusion Matrices.
      • Multiclass;
      • Per class.

Utilization of Different Models and Convolutional Neural Network Techniques to Skin Lesion Classification.pdf