Patient Data Input
Model Performance & Information
Best Model Performance
Model Comparison
Performance Metrics
Feature Analysis & Importance
Feature Importance
Feature Descriptions
Perimeter of the tumor at worst measurement - most predictive feature
Average number of concave portions of the tumor contour
Maximum radius measurement from center to perimeter points
Average perimeter measurement of the tumor
Maximum area measurement of the tumor cross-section
Key Insights
Tumor size measurements (radius, perimeter, area) are among the most predictive features
Concave points and compactness reveal important tumor morphology patterns
Error measurements help account for imaging and measurement uncertainties
About This System
🎯 Project Overview
This advanced cancer prediction system uses machine learning algorithms to analyze tumor characteristics and predict the likelihood of malignancy. The system is trained on the Wisconsin Breast Cancer Dataset and employs state-of-the-art Support Vector Machine algorithms.
📊 Dataset Information
⚙️ Technical Specifications
⚠️ Medical Disclaimer
Important: This system is designed for educational and research purposes only.
- This tool should NOT be used as a substitute for professional medical diagnosis
- All medical decisions should be made in consultation with qualified healthcare professionals
- The predictions are based on statistical models and may not account for all clinical factors
- Regular medical check-ups and professional screening remain essential
🚀 Future Enhancements
Implement CNN-based image analysis for direct tumor imaging
Develop mobile app for real-time predictions and monitoring
Extend to other cancer types with specialized models