X-Ray Scanner IOS App

A sophisticated iOS application that utilizes CoreML and Vision frameworks to analyze X-ray images. The app employs machine learning to detect and classify abnormalities in medical X-rays, providing real-time analysis and results.

An innovative iOS application that brings the power of machine learning to X-ray image analysis. Built with Swift and leveraging Apple's CoreML framework, this app demonstrates the practical application of AI in healthcare technology.

Technical Implementation

  • Core Technologies:

    • Swift 6.0.2
    • CoreML for machine learning integration
    • Vision framework for image analysis
    • SwiftUI for user interface
    • Core Image for image processing
  • Machine Learning Features:

    • Custom-trained ML model for X-ray analysis
    • Real-time image classification
    • Abnormality detection and highlighting
    • Confidence score calculation

Key Features

Image Processing

  • Support for multiple X-ray image formats
  • Image preprocessing and enhancement
  • Real-time image analysis
  • Zoom and pan capabilities for detailed examination

Analysis Capabilities

  • Detection of common abnormalities
  • Classification of X-ray types
  • Detailed analysis reports
  • Historical data tracking

User Experience

  • Intuitive interface for medical professionals
  • Quick scan mode for rapid analysis
  • Detailed view mode for thorough examination
  • Export and share functionality

Technical Challenges

One of the main challenges was optimizing the CoreML model for mobile devices while maintaining high accuracy. We implemented:

  • Model quantization for reduced size
  • Batch processing for improved performance
  • Memory management optimizations
  • Background processing for large images

Impact

The application demonstrates the potential of mobile devices in medical diagnosis support, providing:

  • Faster preliminary analysis
  • Increased accuracy in detection
  • Improved accessibility to X-ray analysis tools
  • Support for medical professionals in remote locations

Future Development

Planned enhancements include:

  • Support for more types of medical imaging
  • Integration with hospital information systems
  • Enhanced ML model with broader detection capabilities
  • Cloud synchronization for medical records