This tutorial is available on my YouTube channel:
IMAGE ALT TEXT HERE YouTube Video.
This project provides a Python implementation of Semantic Splitting: a powerful technique for optimizing document segmentation in language models, especially useful in retrieval-augmented generation tasks. By analyzing the semantic relationships within text, it can automatically identifies the best points to split documents, enhancing the performance and relevance of language model responses.
- Automated semantic analysis for intelligent document splitting.
- Easy integration with popular language models like GPT-4.
- Complete Python notebook for end-to-end implementation.
- Embedding calculations and divergence plotting for optimal segmentation.
- Peak detection for identifying precise splitting points.
To start using the tutorial, clone this repository and install the required dependencies using poetry:
git clone repo
cd repo
poetry install
Ensure you have the following installed on your system:
- Python 3.12 or later
- Poetry for dependency management
The tutorial is divided into executable Jupyter notebooks, each focusing on different aspects of using Magentic with LiteLLM:
- 1_semantic_splitting.ipynb: Semantic splitting by example.
For questions, support, or to contribute to this tutorial, please open an issue or pull request on the GitHub repository. I welcome contributions that help enhance and clarify the content.