Awesome Artificial Intelligence
Section: Foundational papers · Introduced the Transformer architecture.
Entry
Appears in 6 awesome lists
(AIAYN) - Introducing multi-head self-attention neural networks with positional encoding to do sentence-level NLP without any RNN nor CNN - this paper is a must-read (also see this explanation and this visualization of the paper).
Section: Foundational papers · Introduced the Transformer architecture.
Section: Attention Mechanisms · (AIAYN) - Introducing multi-head self-attention neural networks with positional encoding to do sentence-level NLP without any RNN nor CNN - this paper is a must-read (also see this explanation and this visualization of the paper).
Section: The Fundamental Whitepapers · The paper that started the Transformer/LLM revolution.
Section: Papers · Transformer introduction paper.
Section: Machine Translation · transformer; reset the field.
Section: The technical principle of ChatGPT · This paper introduces the structure of the original Transformer and is the basis for the Transformer family.
The foundational paper defining the Thought/Action/Observation loop structure that underlies virtually every agent harness. Required reading for understanding why the loop is structured the way it is and where each harness component maps onto the reasoning-acting cycle.
This paper presents an RLHF approach to using supervised learning to fine-tuning. It is also known as a paper that illustrates the kernel of ChatGPT's thinking. Presumably, ChatGPT is an extended version of InstructGPT that enables fine-tuning on larger datasets.
by Tom B. Brown (OpenAI) et al. - "We train GPT-3, an autoregressive language model with 175 billion parameters :scream:, 10x more than any previous non-sparse language model, and test its performance in the few-shot setting."
Reframed preference alignment as a simple classification objective without explicit reward modelling.
A method for training helpful and harmless AI assistants using written principles.
by Hoffmann et al. at DeepMind. TLDR: introduces a new 70B LM called "Chinchilla" that outperforms much bigger LMs (GPT-3, Gopher). DeepMind has found the secret to cheaply scale large language models — to be compute-optimal, model size and training data must be scaled equally. It shows that most…
and QLoRA - low-rank adapters and quantized fine-tuning; the standard for adapting LMs to NLP tasks on modest hardware.
Combined parametric language models with external retrieval for knowledge-intensive tasks.