Explore deep learning architecture and training processes through interactive 3D visualizations of layers, neurons, and backpropagation.
This tool transforms abstract concepts into interactive visualizations. See how neural networks learn by visualizing weight adjustments, activation patterns, and loss function minimizations in real time.
Build custom neural network architectures with drag-and-drop layers. Adjust neuron counts, activation functions, and regularization parameters visually.
Watch the training process unfold with animated gradient descent. Visualize loss convergence, overfitting patterns, and accuracy improvements.
Create and modify neural networks visually with interactive node connections. Instantly see structural changes impact training dynamics.
Animate weight adjustments through gradient descent. Watch error signals propagate backwards through the network in real time.
Monitor training metrics with interactive graphs showing loss curves, accuracy scores, and validation performance overlays.
Select architecture components from the toolbar to build and train networks of any complexity. Experiment with different optimization algorithms and activation functions.
Define input/output dimensions and randomize initial weights. Choose from different initialization methods like Xavier or He.
Watch data flow through the network as activations propagate. See matrix multiplications in action with animated weight contributions.
Observe error calculation and gradient propagation. Visualize partial derivatives updating weights as the network learns from predictions.
Transform abstract machine learning concepts into engaging visual lessons. Students can instantly see how different architectures affect learning outcomes.
Help developers understand complex AI systems through visual debugging. See training patterns that suggest issues like vanishing gradients or learning plateaus.
Transform your understanding of deep learning and neural networks. Whether you're teaching AI concepts or developing cutting-edge systems, this visual tool makes complex patterns accessible.