jastorj/couchmind-v5.8.2_cold_start-cw-26K-16bit
The jastorj/couchmind-v5.8.2_cold_start-cw-26K-16bit model is a 7.6 billion parameter instruction-tuned language model, fine-tuned from Snowflake/Arctic-Text2SQL-R1-7B. It specializes in Text-to-SQL generation, specifically for Couchbase SQL++ queries, using the NL2SQL++ v5.8.2_cold_start dataset with code-with-thought reasoning. This model excels at converting natural language questions into syntactically valid SQL++ queries based on provided database schemas.
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Model Overview
This model, jastorj/couchmind-v5.8.2_cold_start-cw-26K-16bit, is a specialized 7.6 billion parameter language model derived from Snowflake/Arctic-Text2SQL-R1-7B. It has been supervised fine-tuned (SFT) using LoRA (Low-Rank Adaptation) with Unsloth, specifically for the task of Text-to-SQL generation.
Key Capabilities
- Text-to-SQL Generation: Translates natural language questions into precise Couchbase SQL++ queries.
- Schema-Aware Querying: Utilizes provided database schemas, including bucket, scope, and collection names, to generate syntactically valid and contextually accurate SQL++.
- Code-with-Thought Reasoning: Trained on a dataset that incorporates an internal monologue reasoning process, allowing it to explain its query generation steps.
- 16-bit Quantization: Features 16-bit merged weights for efficient deployment and inference.
Training Details
The model was fine-tuned on the NL2SQL++ v5.8.2_cold_start dataset, which includes 1148 examples. A notable aspect of the training data is the inclusion of 'code-with-thought' reasoning, where the model is exposed to the logical steps taken to arrive at a SQL query from a natural language question. This enhances its ability to generate well-reasoned and accurate SQL++ outputs.
Good For
- Developers and data professionals working with Couchbase databases who need to quickly generate SQL++ queries from natural language.
- Applications requiring automated SQL query generation based on user input and defined database schemas.
- Use cases where understanding the reasoning behind the generated SQL query is beneficial.