Start with attention
Trace tokens, positional encodings, self-attention, feed-forward layers, and the encoder–decoder before deriving every equation.
Transformer paper reading path
Attention Is All You Need replaced recurrence in sequence models with attention, allowing positions to interact directly and training to run more in parallel. The paper demonstrated this on machine translation; it did not by itself establish every later large-language-model capability. BERT, GPT-3, Vision Transformer, and multimodal research extended that foundation step by step.
Trace tokens, positional encodings, self-attention, feed-forward layers, and the encoder–decoder before deriving every equation.
BERT demonstrates bidirectional pre-training; GPT-3 demonstrates scale and in-context learning on a decoder-only architecture.
ViT treats image patches as tokens, LoRA lowers adaptation cost, and LLaVA connects visual and language representations.
Read in this order to separate the original attention architecture from capabilities demonstrated by later language, vision, and multimodal systems.
The Transformer replaced recurrence with attention and became the shared backbone of modern foundation models.
It established bidirectional pre-training followed by task fine-tuning as a general NLP recipe.
It demonstrated broad few-shot task learning through prompting at unprecedented scale.
It showed that a pure Transformer over image patches could outperform convolutional networks at scale.
It adapted large models through small low-rank updates instead of retraining every weight.
It connected a vision encoder and a language model through visual instruction tuning to build a conversational assistant.
FAQ
No. Self-attention is a central module; a full Transformer also includes multi-head attention, positional information, feed-forward networks, residual connections, and normalization.
It showed that an attention-only sequence transduction model could improve machine-translation quality while enabling substantially more parallel training.
Yes. BERT mainly uses a bidirectional encoder, while GPT models use an autoregressive decoder that predicts later tokens from earlier context.