llama3-s
L
Llama3 S
Overview :
llama3-s is an open and ongoing research experiment aiming to extend large language models (LLMs) based on text to have native 'hearing' abilities. The project draws inspiration from Meta's Chameleon paper, focusing on token passability by incorporating audio tokens into the LLM vocabulary, potentially expanding to various input types in the future. As an open-source scientific experiment, both the codebase and datasets are publicly available.
Target Users :
The target audience includes researchers and developers, particularly those interested in natural language processing and machine learning. This product is suitable for them as it provides an experimental platform to explore and enhance the capabilities of language models, facilitating communication and collaboration within the open-source community.
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Use Cases
Researchers use the llama3-s model to understand voice commands with different accents.
Developers leverage llama3-s for training and fine-tuning multimodal data models.
Educational institutions use llama3-s as a teaching case to instruct students on training and using language models.
Features
Utilize a synthetic audio data generator to comprehend female and Australian accents.
Currently capable of processing only single-voice command data.
Training is conducted using HF Trainer and Torchtune.
Offers fully fine-tuned models and initialized models.
Supports multi-GPU training (1-8 GPUs).
Provides Google Colab notebooks for quick start.
The synthetic generation guide offers detailed information on the generation process.
How to Use
Clone the GitHub repository to obtain the llama3-s project code.
Organize input/output directories and set up the folder structure as per the documentation.
Install dependencies for HF Trainer or Torchtune and configure the environment as needed.
Log in to Huggingface and configure the training parameters.
Run the training script to initiate the model training process.
Monitor the training progress and performance, adjusting hyperparameters as necessary.
Use Google Colab notebooks for a quick start to experimentation and prototyping.
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