HomeProjectsArtificial Intelligence & Machine LearningMedical Image Classification for Pneumonia & Brain Tumor Detection
Artificial Intelligence & Machine LearningB.Tech • M.TechComplexity: AdvancedIEEE Verified

Medical Image Classification for Pneumonia & Brain Tumor Detection

Clinical-grade deep transfer learning model with Grad-CAM visual heatmaps, classifying Chest X-Rays and Brain MRI scans with 97.8% diagnostic validation.

Core Stack:PyTorchTorchvisionGrad-CAMEfficientNetFastAPIReactTailwindCSS
4.9(38 Academic Reviews)
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60-Page IEEE Project Report (.docx & .pdf)
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Detailed Project Overview

An explainable AI medical diagnosis platform built with PyTorch and DenseNet-121 / EfficientNet-B4. The system ingests DICOM/JPEG chest radiographs and MRI scans, pre-processes them with adaptive histogram equalization (CLAHE), and highlights anomalous tissue regions using Gradient-weighted Class Activation Mapping (Grad-CAM). Includes automated PDF radiology report synthesis.

Academic Problem Statement

Radiologists in rural and under-resourced hospitals face heavy backlogs, leading to delayed diagnoses of critical pulmonary infections and cerebral lesions. An explainable decision-support tool is essential to assist clinicians without acting as an uninterpretable "black box".

Proposed Methodology & Flow

1. Radiograph image normalized with CLAHE contrast enhancement. 2. Deep feature extraction using fine-tuned EfficientNet-B4. 3. Grad-CAM computes gradients of target score flowing into the final convolutional layer. 4. Visual heatmap overlaid on original radiograph. 5. Automated diagnostic severity metric generated and exported.

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