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Deep learning model to diagnose melanoma. It distinguishes this malignant skin tumor from two types of benign lesions: Nevus and Keratoses.

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Dermatologist-AI

The goal of this mini-project (from Udacity) is to build a deep learning model that helps to diagnose melanoma. It will distinguish this malignant skin tumor from two types of benign lesions:

Model

Inception v3 using PyTorch as Framework.

Evaluation

The model is ranked according to three separate categories:

  • Category 1 (Score 1): ROC AUC for melanoma classification.

This is the ability to distiguish between malignant melanoma and the benign skin lesions (nevus, seborrheic keratosis) by calculating the area under the receiver operating characteristic curve (ROC AUC) corresponding to this binary classification task.

  • Category 2 (Score 2): ROC AUC for melanocytic classification:

All of the skin lesions that we will examine are caused by abnormal growth of either melanocytes or keratinocytes, which are two different types of epidermal skin cells. Melanomas and nevi are derived from melanocytes, whereas seborrheic keratoses are derived from keratinocytes. The second caterory tests the ability to distinguish between melanocytic and keratinocytic skin lesions.

  • Category 3 (Score 3): Mean ROC AUC:

This catefory take the average of the ROC AUC values from the first two categories.

Results

Scores

Category 1 Score: 0.792
Category 2 Score: 0.798
Category 3 Score: 0.795

ROC curves

ROC curves with scores

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Deep learning model to diagnose melanoma. It distinguishes this malignant skin tumor from two types of benign lesions: Nevus and Keratoses.

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