Assignments

• Homework 0 released, due 2/14
• Quiz 1 released, due 2/17
• Quiz 2 released, due 3/3
• Final project proposals due 3/7, use this Overleaf template
• Homework 1 released, due 3/14
• Quiz 3 released, due 3/17
• Extra credit talk summaries due by 5/9, use this Overleaf template

Schedule

Make sure to reload this page to ensure you're seeing the latest version. Readings should be done before watching the corresponding lecture videos. See this page or this page for materials (videos / slides / reading) from the Spring 2023/2024 offering.

Week 1 (2/3-5): introduction, language modeling

• • Course introduction // [video] (last year) // [slides]
  • HW 0 released here, due 2/14
  • Final projects:
  • • Organize into groups of 4 by 2/14. If you do not know people, you can post your interests in Piazza to find partners. Once decided, please fill https://forms.gle/PKvJRxZkUMgFrkVG8 telling us your team members (please sending only one response per group).
    • Proposal due 3/7 on Gradescope, use this Overleaf template
  • [optional reading] The Bitter Lesson


• • Language Modeling Task // [video] (last year) // [slides]
  • [reading] Jurafsky & Martin, 3.1-3.5 (language modeling)
  • [reading] Jurafsky & Martin, 7 (neural language models)
  • [optional reading] A nice blog introducing language modeling

Week 2 (2/10-12): neural language models, optimization and backpropagation

• • Neural language models // [video] (last year) // [slides]
  • [reading] Neural language models (Bengio 2003)
  • [optional reading] A nice blog introducing language modeling


• • Optimization and backpropagation // [video] (last year) // [notes] // [slides]
  • [optional reading] Andrej Karpathy's coding-based backpropagation post
  • [optional reading] Pascanu et al., ICML 2013 (vanishing gradients in RNNs)
  • [optional reading] A paper about how to tune batch size and learning rate
  • [S2023 video]

Week 3 (2/19): Attention mechanisms

• Presidents' Day


• • Optimization (cont'd) and Self-Attention // [video] (last year) // [notes] // [notes] // [slides]
  • [optional reading] Bahdanau et al., ICLR 2015 (paper that introduced attention)
  • [optional reading] An easy-to-read blog post on attention
  • [optional watching] An good youtube video to understand self-attention
  • [S2023 video]

Week 4 (2/24-26): Transformer

• • Transformer language models // [video] (last year) // [notes] // [slides]
  • [reading] Vaswani et al., NeurIPS 2017 (paper that introduced Transformers)
  • [reading] Understanding Transformer through an example
  • [optional reading] An easy-to-read blog post on Transformer language models
  • [optional reading] Another easy-to-read blog post on Transformer language models (including some animations)
  • [optional watching] An good youtube video to understand MLP layer inside Transformer
  • [optional watching] An good youtube video to understand Transformer
  • [optional watching] An good youtube video to understand Transformer
  • [S2023 video]


• • Transformer language models (cont'd) // [video] (last year) // [notes] // [slides]
  • [reading] BERT: Pre-training of Deep Bidirectional Transformers... (Devlin et al., 2019)
  • [optional reading] Deep contextualized word representations (Peters et al., 2018, "ELMo")

Week 5 (3/3-5): Fine-Tuning and Instruction Tuning

• • BERT + Instruction tuning // [video] (last year) // [notes] // [slides]
  • [reading] BERT: Pre-training of Deep Bidirectional Transformers... (Devlin et al., 2019)
  • [reading] Exploring the Limits of Transfer Learning... (Raffel et al., JMLR 2020, "T5")
  • [reading] A Closer Look at the Limitations of Instruction Tuning (Ghosh et al., ICML 2024)


• • Parameter-efficient adaptation // [video] (last year) // [notes] // [slides]
  • [reading] Power of Scale for Prompt Tuning (Lester et al., EMNLP 2021)
  • [reading] LoRA: Low-Rank Adaptation of Large Language Models (Hu et al., 2021)

Week 6 (3/10-12): LLM Alignment

• • RLHF / RLAIF // [video] (last year) // [notes]
  • [reading] Reinforcement learning from human feedback (Ouyang et al., 2022, RLHF)
  • [reading] Why RLHF? (Yoav Goldberg's blogpost, 2023)
  • [optional reading] RLAIF (Lee et al., 2023)
  • [optional reading] Constitutional AI (Bai et al., 2022)
  • [optional reading] Effects of RLHF on generalization and diversity (Kirk et al., ICLR 2024)


• • DPO // [video] (last year) // [notes]
  • [reading] Direct Preference Optimization (NeurIPS 2023)