BRAIN TUMOR USING ARTIFICIAL INTELLIGENCE, Summaries of Artificial Intelligence

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2025/2026

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Brain Tumor Detection using
Deep Learning (Custom CNN vs ResNet50)
SETTI APPALANAIDU
Marwadi University
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ain Tumor Detection using

ep Learning (Custom CNN vs ResNet50)

SETTI APPALANAIDU

Marwadi University

Problem Statement

Brain tumors cause significant morbidity and mortality. Manual MRI analysis is time-consuming. Deep learning automates tumor detection.

Dataset Overview

Data Preprocessing

  • Resize 224×
  • Normalize intensities
  • CLAHE contrast enhancement
  • Augmentation: rotation, flip, elastic deformation.

ResNet50 Fine-Tuning

  • Pretrained on ImageNet
  • Unfreeze top 30 layers
  • Dual-branch head (GAP + GMP)
  • L2 Regularization & Dropout(0.5)
  • Adam optimizer, LR=1e−4.

Training Progress

Confusion Matrix

ROC Curve

Misclassified Examples

Results Comparison

Custom CNN: Accuracy 81%, AUC 0. ResNet50: Accuracy 89%, AUC 0. ResNet50 demonstrates higher robustness.

Limitations & Future Work

  • Small dataset; limited MRI modalities.
  • Expand to T1/T2/FLAIR sequences.
  • Use federated learning for privacy.
  • Deploy lightweight ResNet models.

Conclusion

ResNet50 outperformed Custom CNN with higher AUC and interpretability. Grad-CAM improved transparency. AI-assisted MRI diagnosis is clinically feasible.