General Introduction
Unsloth Zoo is an open source project that provides a series of utilities for model fine-tuning. The project aims to help users quickly improve the performance of the model through simple operations.Unsloth Zoo supports a variety of models , including Llama, Mistral, Phi , etc. Users just need to add a dataset and run all the steps , you can get the optimized model . The program is especially suitable for beginners, all notebooks are very user-friendly and support exporting to multiple platforms such as GGUF, Ollama, vLLM or uploading to Hugging Face.Unsloth Zoo also provides detailed documentation and installation guides to ensure that users are able to use it without any problems.
Function List
- Model fine-tuning: Supports fine-tuning of Llama, Mistral, Phi, and many other models.
- free of charge: All tools and notebooks are free to use.
- Multi-platform support: Export to GGUF, Ollama, vLLM or upload to Hugging Face is supported.
- Detailed Documentation: Detailed documentation and installation instructions are provided.
- High performance: The optimized model has a significant performance improvement, with a 2x increase in training speed and a 60% reduction in memory usage.
- open source project: Fully open source, users are free to contribute and modify the code.
Using Help
Installation Guide
- Install Unsloth Zoo::
- Open a terminal or command line tool.
- Enter the following command to install Unsloth Zoo:
bash
pip install unsloth_zoo
- Or use the GitHub version for installation:
bash
pip install "unsloth_zoo @ git+https://github.com/unslothai/unsloth-zoo.git"
Guidelines for use
- Preparing the dataset::
- Add your dataset to the specified folder, making sure that the data formatting is compliant.
- Running a laptop::
- Open Jupyter Notebook or another supported notebook tool.
- Load the notebook file provided by Unsloth Zoo.
- Run all code units in sequence and wait for model fine-tuning to complete.
- Export model::
- Once fine-tuning is complete, you can choose to export the model to GGUF, Ollama, vLLM, or upload it to Hugging Face.
- Follow the instructions in the notebook to perform the export operation.
Detailed function operation flow
- Model fine-tuning::
- Open the provided fine-tuned notebook file.
- Load your dataset according to the instructions in the notebook.
- Run all code units and wait for the fine-tuning process to complete.
- performance optimization::
- Unsloth Zoo provides a variety of optimization strategies to ensure that models perform significantly better after fine-tuning.
- Users can choose different optimization parameters as needed to further improve model performance.
- Multi-platform support::
- The fine-tuned model can be exported to multiple platforms, and users can choose the appropriate platform for deployment according to their needs.
- Supported export formats include GGUF, Ollama, vLLM and more.
- Detailed Documentation::
- Unsloth Zoo provides detailed documentation and usage guidelines, which users can find links to on the project homepage.
- The documentation contains detailed descriptions of all features and operating procedures to ensure that users can use them smoothly.
common problems
- installation failure::
- Make sure your version of Python meets the requirements; Python 3.7 and above is recommended.
- Check your network connection to make sure you can access GitHub and PyPI.
- Dataset loading error::
- Ensure that the data is formatted correctly, refer to the documentation for data formatting instructions.
- Check that the data path is correct and make sure that the data files are located in the specified folder.
- Model Export Failure::
- Make sure the export path is correct, refer to the export instructions in the notebook.
- Check that the export format is supported and make sure that the correct export option is selected.
By following these steps, users can easily install and use the tools provided by Unsloth Zoo to quickly fine-tune models and optimize performance. Detailed documentation and user guides ensure smooth operation and improved model performance.