Embedding Gemma: On-Device RAG Made Easy


Summary

The video introduces Embedding Gemma, a lightweight embedding model trained on Gemma 3, requiring only 200 megabytes of VRAM. This model is versatile, supporting over 100 languages and customizable with a dimensionality of 128. The video discusses the benefits of Embedding Gemma for search, classification, and topic modeling tasks, emphasizing its lightweight nature and efficiency for retrieval tasks compared to other models. Viewers are guided through setting up tasks for retrieval augmented generation using Embedding Gemma and provided with insights on fine-tuning the model for optimal performance.


Introduction to Lightweight Embedding Model

Introduction to a new lightweight embedding model called Embedding Gemma, trained on top of Gemma 3, requiring only 200 megabytes of VRAM and useful for search, classification, and topic modeling.

Technical Details and Architecture

Details on the architecture of the lightweight Embedding Gemma model, supporting over 100 languages, customizable with a dimensionality of 128, and considerations on reducing dimensions and compute costs.

Comparison with Other Models

A comparison of Embedding Gemma with other models, highlighting its lightweight nature and suitability for retrieval tasks, particularly for open-weight models like Gemma 3.

Theoretical Limits and Retrieval

Discussion on the theoretical limits of dense embedding-based retrieval, emphasizing the reliance on dense embedding models irrespective of their size and the impact on accuracy.

Applications and Task Setup

Exploration of setting up tasks for retrieval augmented generation using Embedding Gemma, including considerations for prompt instructions, nature of tasks, and metadata.

Example Scenario and Functionality

An example scenario demonstrating the use of Embedding Gemma for query processing, retrieval, and document ranking based on user queries and prompt instructions.

Data Set Curation and Training

Guidance on curating a dataset, selecting relevant examples, choosing appropriate loss, using sentence transformer, specifying output directory, and training the model.

Fine-Tuning and Conclusion

Information on fine-tuning the embedding model for improved performance, especially with a small number of documents, and a call to share experiences and feedback.

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