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An autoencoder-based model to detect abnormalities in bone X-rays using the MURA dataset. We preprocess images (96×96), extract features using ResNet50, and address class imbalance with SMOTETomek. Our model achieves 94% accuracy, aiding radiologists in diagnosis.

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Soumyajit2709/Autoencoder-Based-Abnormality-Detection-in-Bone-X-Ray-images-Using-MURA-Dataset

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Autoencoder-Based-Abnormality-Detection-in-Bone-X-Ray-images-Using-MURA-Dataset

An autoencoder-based model to detect abnormalities in bone X-rays using the MURA dataset. We preprocess images (96×96), extract features using ResNet50, and address class imbalance with SMOTETomek. Our model achieves 94% accuracy, aiding radiologists in diagnosis.

📂 Project Structure

  • MURA.ipynb – Contains the proposed model and experiment details.
  • comparison.ipynb – Includes results from different standard classifiers using the same dataset.
  • test.ipynb – Code to test the trained model on any test.png image.
  • encoder.h5 – Pre-trained ResNet50 encoder for feature extraction.
  • classifier.h5 – The proposed autoencoder-based classifier model.

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An autoencoder-based model to detect abnormalities in bone X-rays using the MURA dataset. We preprocess images (96×96), extract features using ResNet50, and address class imbalance with SMOTETomek. Our model achieves 94% accuracy, aiding radiologists in diagnosis.

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