

Datagemma RIG
Overview :
DataGemma RIG is a series of fine-tuned Gemma 2 models aimed at helping large language models (LLMs) access and integrate reliable public statistical data from Data Commons. This model employs a retrieval-based generation approach, annotating statistical data in responses through natural language queries to Data Commons' existing natural language interface. Trained on TPUv5e using JAX, DataGemma RIG is currently in the early stages and is intended primarily for academic and research purposes; it is not yet ready for commercial or public use.
Target Users :
The DataGemma RIG model is designed for researchers and developers who need to integrate statistical data into text generation. It is particularly suitable for academic research and data analysis projects that require accurate and reliable data support.
Use Cases
Researchers use the DataGemma RIG model to generate research reports containing up-to-date statistical data.
Data analysts leverage the model to automatically integrate demographic data into economic analyses.
Academic institutions use the model to obtain and cite relevant statistical information when writing papers on social trends.
Features
Text Generation: Generates responses based on input text strings and annotates statistical data.
Natural Language Query: Utilizes natural language queries within the generated text to retrieve statistical information.
Model Fine-Tuning: Fine-tunes based on the Gemma 2 model to cater to specific data retrieval tasks.
4-Bit Quantization: Supports running the model in a 4-bit quantized format via the bitsandbytes library for performance optimization.
Code Examples: Provides code snippets to help users quickly get started with the model.
Ethics and Safety: Conducts red team testing prior to model release to address potential harmful queries.
Academic and Research Use: Specifically designed for academic and research purposes, not suitable for commercial or public use.
How to Use
First, ensure that the necessary libraries, such as transformers and bitsandbytes, are installed.
Use AutoTokenizer and AutoModelForCausalLM to load the model from Hugging Face.
Set up the device mapping and quantization configuration for optimal performance.
Define the input text, which can be a question or prompt.
Use the tokenizer to convert the input text into a format understandable by the model.
Call the model's generate method to produce a response.
Utilize the tokenizer.batch_decode method to convert the generated tokens back to text.
Print or utilize the generated text, which includes annotated statistical data.
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