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Segmenting low-grade gliomas from brain MRI scans using deep learning models

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Segmentation of Low-Grade Glioma

This project focuses on segmenting low-grade gliomas from brain MRI scans using deep learning models.

🧠 Methodology

  • Models:
    • ResNet18 – tumor presence classifier.
    • U-Net – main segmentation model (31M parameters).
    • U-Net Mini – lightweight version (1.8M parameters).
  • Loss Functions:
    • BCEWithLogitsLoss (with class weighting).
    • Dice Loss for evaluation.

πŸ“Š Results

  • ResNet18: 98% accuracy on tumor presence classification.
  • Segmentation Performance (Dice coefficient):
    • ResNet18 + U-Net β†’ 93.1% (all images), 79.1% (glioma only).
    • ResNet18 + U-Net Mini β†’ 89.9% (all images), 68.9% (glioma only).
  • Competitive with Kaggle solutions (best reported Dice β‰ˆ 96%).

πŸ“– References

  • Kaggle Dataset
  • Siddique et al., U-Net and Its Variants for Medical Image Segmentation, IEEE Access, 2021.

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Segmenting low-grade gliomas from brain MRI scans using deep learning models

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