amtutorial

Getting started

  • Associative Memory Tutorial
  • Getting started
  • lib
    • Pokemon Sprites
  • tutorial
    • Binary Dense Storage
    • Energy Transformer
    • Memory and Diffusion
    • Distributed Memory

On this page

  • Installation
    • Pre-requisites
    • Setting up the environment
    • Development pipelines
    • Website structure
  • Deploying
  • Report an issue

Other Formats

  • CommonMark

Getting started

Playing with the codebase

This website serves as a living companion to the tutorial manuscript (coming soon!) to be presented at ICML 2025. It dreams of being a one-stop shop for learning all things about Associative Memory. It’s definitely not there yet.

See the tutorials for a brief introduction to the list of example notebooks.

Installation

We have tried to streamline the installation of the repo as much as possible.

Pre-requisites

  • Install uv using curl -LsSf https://astral.sh/uv/install.sh | sh
  • Install quarto
  • We use conda (or better yet, mamba) for managing the ffmpeg dependency, which only matters if ffmpeg is not already installed on your system.

Setting up the environment

From the root of the repo:

uv sync
source .venv/bin/activate
uv run ipython kernel install --user --env VIRTUAL_ENV $(pwd)/.venv --name=amtutorial # Expose venv to ipython

# OPTIONAL: For rendering videos in notebooks
conda install conda-forge::ffmpeg conda-forge::openh264 

# OPTIONAL: For developing the interactive frontend
conda install conda-forge::nodejs
npm install --prefix javascript && npm run build --prefix javascript 

You can view a local version of the website with

uv run nbdev_preview

Development pipelines

To push a complete update to the website:

git checkout main

# Update the website. Takes a bit even with cached training runs
make deploy && git add . && git commit -m "Update site" && git push

# Push patch version to pypi (preferably, only if `amtutorials/src` was updated)
make pypi && uv run nbdev_pypi

The site will be live after a few minutes on github.

Reference scripts

uv run nbdev_preview                         # Preview website locally
bash scripts/prep_website_deploy.sh          # Sync dependencies, export qmd notebooks to ipynb for colab, and build website
bash scripts/export_qmd_as_ipynb.sh          # Export qmd notebooks to ipynb for colab
uv run python scripts/sync_dependencies.py   # Sync nbdev and pyproject.toml dependencies
uv run python scripts/prep_pypi.py           # Bump patch version and sync dependencies
uv run nbdev_pypi                            # Push to pypi

Website structure

.ipynb versions of the tutorial notebooks are located in tutorial_ipynbs. Setup the uv environment above to play with them locally, or run them in Google Colab.

Note

The first time you run the notebooks will be slow. We cache some of the long-running code after the first time, but this will not persist across Colab sessions

  • Binary Dense Storage Notebook
  • Energy Transformer Notebook
  • Diffusion as Memory Notebook
  • Distributed Associative Memory Notebook

The website () is built using an in-house fork of nbdev to allow developing everything (i.e., the tutorials, corresponding pip package, and documentation) using plain text representations of jupyter notebooks in .qmd files. The website preserves the folder-based routing in the nbs/ folder.

With the right extensions and hotkeys, .qmd files are pleasant to develop inside VSCode and interop seamlessly with both git and AI tooling.

Deploying

Deploy to tutorial.amemory.net by pushing commits to the main branch after building the site locally.

uv run nbdev_export && uv run nbdev_docs && git add . && git commit -m "Update site" && git push
Associative Memory Tutorial
lib
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