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Demo: Binder, Jupyter AI, and vLLMs

This repository demonstrates the functionality of various services hosted by the University of Groningen, including:

  • RUG Binder: Interactive notebooks running on a cloud infrastructure
  • Jupyter AI: AI-driven interactive computing using Jupyter
  • Self-Hosted vLLMs: Local deployment of large language models (LLMs) for AI and machine learning tasks

Features

1. Binder Integration

Launch interactive Jupyter notebooks directly from this repository. The Binder service allows users to run notebooks in a cloud-based environment without installing anything locally.

launch rug binder

Binder

Click on one of the buttons above to open the demo in a live environment.

2. Jupyter AI Integration

Explore how Jupyter AI enhances computational workflows. This includes:

  • Integrating AI tools within Jupyter notebooks for research and development.
  • Using language models to assist with code generation, documentation, and more.

3. Self-Hosted vLLMs

This repository also showcases the integration of self-hosted large language models (vLLMs) within a Jupyter environment. These models are hosted locally by the University of Groningen, enabling powerful, private AI computations and research without relying on third-party cloud providers.

How to Use

  1. Access the Binder demo: Simply click the "launch | rug binder" badge above to start an interactive session.
  2. Run vLLMs: Interact with the self-hosted vLLMs.
    • Open the Jupyter AI Chat

    • image

    • Select a RugLiteLlm model

    • image

    • Provide the API KEY

    • image

    • Save the changes, click on the back arrow and interact ...

  3. TODO: Explore Jupyter AI: Open the included notebooks to explore how Jupyter AI works in this environment.

About

This project is part of an initiative by the University of Groningen to showcase cloud-based educational tools and self-hosted AI services. It is designed to provide researchers and students with a platform to experiment with advanced AI technologies in a secure, university-hosted environment.

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