Case Study — AI

Smart Medical Image Diagnosis Assistant

A machine learning tool detecting abnormalities in X-ray and MRI scans, providing probability highlights for radiologists.

Project Overview

This medical image viewer and analyzer processes dicom and image files to suggest regions of interest. By leveraging PyTorch Convolutional Neural Networks (CNNs), it detects abnormalities such as fractures or lung nodules, ranking them by confidence scores.

Key Features & Scope

Web DICOM viewer supporting canvas zooms, pan settings, and contrast filters

Heatmap visualizer showing ML focus coordinates (Grad-CAM visualization)

Patient data masking to comply with HIPAA healthcare security regulations

PDF audit reports detailing detected issues and probabilities

System Architecture

React client utilizing custom HTML5 canvas rendering. Flask serves as the backend gateway, delegating heavy neural network calculations to PyTorch nodes.

Client InterfaceNext.js / React
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Backend CoreNode.js / Express
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Database NodePostgreSQL & MinIO storage
Database: PostgreSQL & MinIO storage
Deployment: AWS ECS with GPU clusters
94
Performance
97
Accessibility
99
Best Practices
100
SEO
Verified Production Metrics
ReactPythonFlaskPyTorchOpenCVDockerAWS S3

Keywords and concepts covered in this project case study:

Smart Medical Diagnosis AIReact DICOM viewer pathologyPyTorch medical image CNNHIPAA compliant Flask backend

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