Slides
The following tutorials are mainly based on material provided by Hugging Face
Take a look at the slides tutorial to learn how to use all slide options.
You have several options to start code development:
Colab: Click on one of the links “💻 Jupyter Notebook” to start a Colab session.
Local: Click on one of the links “💻 Jupyter Notebook” below, go to the Colab menu and choose “File” > “Download” > “Download .ipynb”
Cloud Codespace: Work in a fully configured dev environment in the cloud with a GitHub Codespace VS Code Browser environment.
Local VS Code with Codespace: Use GitHub Codespaces in your local Visual Studio Code environment.
1 Hugging Face Hub
In this tutorial, you’ll get to know the Hugging Face Hub:
- Explore the over models shared in the Hub.
- Learn efficient ways to find the right model and datasets for your own task
- Learn how to contribute and work collaboratively in your ML workflows
2 Build and Host Machine Learning Demos
In this tutorial, you’ll learn how to build and host Machine Learning Demos with Gradio ⚡ & Hugging Face:
- Explore ML demos created by the community.
- Build a quick demo for your machine learning model in Python using the gradio library
- Host the demos for free with Hugging Face Spaces
- How to add your demo to our Hugging Face org for your class
Optional resources:
3 Getting Started with Transformers
Learn how to use transformers in Hugging Face:
- Transformer neural networks can be used to tackle a wide range of tasks in natural language processing and beyond.
- Transfer learning allows one to adapt Transformers to specific tasks.
- The
pipeline()function from the transformers library can be used to run inference with models from the Hugging Face Hub.
Optional resources:
4 Sentiment Analysis
Learn how to perform sentiment analysis:
5 Summarization
Learn how to perform text summarization:
6 Question and Answering
Qestion answering tasks return an answer given a question:
7 Text generation
Text generation models:
8 Transformers intuition
Learn some basics about transformers models:
9 Diffusion models
Learn about the various use cases of diffusion models and how to use the diffusers library to use pre-trained state-of-the-art diffusion models:
Optional resources: