AI-Powered Analysis
Cardiovascular Disease Prediction Model
Leveraging advanced machine learning algorithms to analyze health metrics and identify potential cardiovascular risks with high precision.
+2.1%
73.5%
Accuracy
Overall model correctness
+1.4%
75.0%
Precision
Positive predictive value
+0.8%
69.0%
Recall
Sensitivity / True Positive Rate
+1.2%
72.0%
F1 Score
Balance of precision & recall
Model Architecture
We utilize a Gradient Boosting Classifier, chosen for its superior performance on structured tabular data. The model was optimized through extensive hyperparameter tuning using Grid Search.
Training Highlights
- Dataset split: 80% Training, 20% Testing
- 5-Fold Cross-Validation for robustness
- Feature scaling using StandardScaler
- Perfectly Balanced Dataset
Data & Features
The model is trained on a comprehensive dataset of over 70,000 patient records, considering critical health indicators.
Age
Gender
Height
Weight
Systolic BP (ap_hi)
Diastolic BP (ap_lo)
Cholesterol
Glucose
Smoking Status
Alcohol Intake
Physical Activity
Model Performance Visualization

Detailed Analysis
The confusion matrix demonstrates low false negative rates, which is crucial for medical diagnostic tools to ensure no potential cases are missed.
Area Under Curve (AUC)0.80