Multi-Head Attention
How multi-head attention runs scaled dot-product attention in parallel across several representation subspaces to build context-aware token embeddings.
Explore machine learning concepts related to Neural Nets. Clear explanations and practical insights.
How multi-head attention runs scaled dot-product attention in parallel across several representation subspaces to build context-aware token embeddings.
Explore how positional embeddings enable Vision Transformers (ViT) to process sequential data by encoding relative positions.
Follow one image patch through Q/K/V projection, scaled scores, row-wise softmax, value mixing, and the residual update inside a Vision Transformer.
Interactive guide to convolution in CNNs: visualize sliding windows, kernels, stride, padding, and feature detection with step-by-step demos.
Understand dilated (atrous) convolutions: how dilation rates expand receptive fields exponentially without extra parameters and how to avoid gridding artifacts.
Explore VAE latent space in deep learning. Learn variational autoencoder encoding, decoding, interpolation, and the reparameterization trick.