Non-Linear RBF Kernel SVM Visualizer

Watch how a Support Vector Machine uses a radial kernel to map non-separable data spaces dynamically.

Red Prediction Space
Blue Prediction Space
Decision Boundary

Confusion Matrix (Training Set Evaluation)
Predicted Red (+)
Predicted Blue (-)
Total
Actual Red
0 0.0% True Red (TP)
0 0.0% False Blue (FN)
0
Actual Blue
0 0.0% False Red (FP)
0 0.0% True Blue (TN)
0
Total
0
0
0
γ Coefficient15.0
Higher values create highly localized decision pockets (potential overfitting). Lower values create broader, sweeping boundaries.
Variance Amplitude15
Alters the radial spread and interlocking variance of the generated sample rings.

Accuracy
0.0%
Precision
0.0%
Sensitivity (Recall)
0.0%
Specificity
0.0%

Model Status: Optimization Active
Plot coordinates to watch the RBF kernel dynamically snake around the clusters.
🔬 Classroom Experiment: Push Gamma up to 50 and Noise up to 35. Notice how the boundary contracts into tight isolations around individual nodes. Observe how this complex behavior shifts Accuracy closer to 100% on this training set, visually demonstrating training-set overfitting as localized radial pockets multiply!