

Mistral Finetune
Overview :
mistral-finetune is a lightweight codebase that utilizes the LoRA training paradigm, allowing fine-tuning by training only 1-2% of the additional weights in the form of low-rank matrix perturbations while freezing most of the original weights. It is optimized for multi-GPU single-node training setups. For smaller models, like the 7B model, a single GPU is sufficient. This codebase aims to provide a simple and guided fine-tuning entry point, particularly in data formatting, and does not intend to cover a wide range of model architectures or hardware types.
Target Users :
This product is geared toward researchers and developers who need to fine-tune large language models. It's particularly suitable for them because it offers a lightweight, efficient fine-tuning solution, especially for scenarios with limited resources or specific functionality customization needs.
Use Cases
Researchers use mistral-finetune to fine-tune a 7B model for a specific dialogue system.
Developers leverage this library to add new functionalities to chatbots by fine-tuning the model to understand user queries better.
Educational institutions utilize mistral-finetune to automatically score student-submitted essays, enhancing scoring efficiency.
Features
Supports LoRA-based training paradigm, training only a small subset of model weights.
Recommends using A100 or H100 GPUs for optimal efficiency.
The codebase is optimized for multi-GPU single-node training configurations.
Provides detailed installation and usage instructions, including dependency installation, model download, data preparation, etc.
Strictly enforces training data formatting requirements, supporting jsonl format data files.
Supports training on both conversational data and instruction-following data.
Offers data validation and formatting tools to ensure data correctness.
How to Use
Clone the codebase to your local environment.
Install all the required dependencies.
Download and prepare the necessary Mistral model.
Prepare the training dataset according to the guide, ensuring correct data formatting.
Use the provided tools to validate and format the dataset.
Modify the configuration file to specify model paths, data paths, and other training parameters.
Initiate the training process, monitoring its progress and performance.
After training is complete, perform model inference testing using mistral-inference.
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