0-hero/Matter-0.1-Slim-7B-C
0-hero/Matter-0.1-Slim-7B-C is a 7 billion parameter language model, a continued full-finetune of Mistral 7B. It was trained on the slim-C version of the Matter dataset, curated from over 35 datasets and analyzing more than 6 billion tokens. This model is specifically designed to support advanced function calling capabilities, making it suitable for applications requiring structured interactions with external tools and APIs. It utilizes the ChatML prompt format and has a context length of 4096 tokens.
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Matter-0.1-Slim-7B-C: A Function-Calling Optimized Mistral Finetune
Matter-0.1-Slim-7B-C is a 7 billion parameter model, built upon the Mistral 7B architecture, and has undergone a continued full-finetune. Its training leveraged the slim-C version of the Matter dataset, which is a comprehensive collection derived from over 35 distinct datasets, encompassing more than 6 billion tokens.
Key Capabilities
- Advanced Function Calling: This model is specifically engineered with robust support for function calling, enabling it to generate structured function calls and process function responses. It uses dedicated tokens (
<|begin_func|>,<|end_func|>,<|begin_func_response|>,<|end_func_response|>) for clear demarcation of function interactions. - ChatML Format: It adheres to the ChatML prompt format, ensuring compatibility with common chat-based interfaces and frameworks.
- Efficient Training: The model was trained for 3 epochs over approximately 17 hours using Axolotl on 4x A100 GPUs (80GB).
Ideal Use Cases
- Tool-Augmented Applications: Excellent for developing AI assistants that need to interact with external tools, APIs, or databases to fetch information or perform actions.
- Structured Output Generation: Suitable for scenarios where the model needs to produce structured outputs beyond natural language, such as JSON for function arguments.
- Conversational AI with External Integrations: Can power chatbots or virtual assistants that require dynamic information retrieval or task execution through function calls.