HomeAI & Machine LearningCross-Entropy vs. Hinge Loss: How Loss Choice Shapes a Classifier

Cross-Entropy vs. Hinge Loss: How Loss Choice Shapes a Classifier

Train a logistic-regression classifier (cross-entropy loss) and a linear SVM (hinge loss) side by side on the same 2D dataset in real time, and watch how each loss function's shape changes the decision boundary, the margin, and the gradient.

AI & Machine Learning3DModerate60 FPS📱 Mobile-adapted⇄ 2D version
deep-learning-advanced ↗ Open standalone

Two linear classifiers — a logistic-regression model trained with cross-entropy loss and a linear SVM trained with hinge loss — learn the same 2D dataset side by side in this 3D simulator. Watch their decision boundaries diverge in real time as full-batch gradient descent runs, while a floating loss-curve panel behind the data plane plots both loss functions against the margin and tracks each model's live average margin as a moving dot on its own curve. Adjust the learning rate, class overlap, and L2 regularization to see exactly why cross-entropy keeps refining confident predictions while hinge loss stops caring the moment a point clears the margin.

⚙ Under the hood

Train a logistic-regression classifier (cross-entropy loss) and a linear SVM (hinge loss) side by side on the same 2D dataset in real time, watching their decision boundaries and a live loss-curve panel diverge as gradient descent runs.

deep learningloss functionscross-entropyhinge lossgradient descentclassification

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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