Training Loss (Blue) vs Validation Loss (Red) - Watch for overfitting!
Interactive training dashboard with real-time monitoring and hyperparameter tuning
Training Loss (Blue) vs Validation Loss (Red) - Watch for overfitting!
Gap between training and validation indicates overfitting
Overfitting: If validation loss increases while training loss decreases, you're overfitting. Try reducing model complexity or increasing regularization.
Underfitting: If both losses are high, the model is underfitting. Try increasing model capacity or training longer.
Learning Rate: Start with a moderate learning rate and adjust based on training stability.
Too High: Training becomes unstable, loss oscillates
Too Low: Training is very slow, may get stuck in local minima
Optimal: Loss decreases steadily without oscillation
Small: More noisy gradients, better generalization
Large: Stable gradients, faster training
Optimal: Balance between stability and generalization
Dropout: Randomly deactivates neurons during training
L2: Penalizes large weights, encourages smaller weights
Early Stopping: Stop training when validation loss stops improving
Too Small: Underfitting, high bias
Too Large: Overfitting, high variance
Optimal: Just enough capacity for the task