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Generative AI Redefines Information Retrieval Efficiency

An original work introduces GENIUS, a generative AI model that offers a groundbreaking alternative for information retrieval within large multimodal datasets. Diverging from traditional, resource-intensive embedding-based search, GENIUS directly generates unique ID codes from query embeddings for texts, images, or image-text pairs. This innovative method, leveraging residual quantization and generative data augmentation, dramatically improves efficiency and scalability, achieving state-of-the-art performance in generative retrieval and significantly narrowing the gap with existing embedding-based approaches.

calendar_today 2025-06-25 attribution www.amazon.science/blog

Using generative AI to do multimodal information retrieval

Revolutionizing information retrieval, a new generative AI model, GENIUS, offers a compelling alternative to traditional embedding-based search for large multimodal datasets. Instead of costly pairwise comparisons, GENIUS directly generates unique ID codes from query embeddings for texts, images, or image-text pairs. This innovative approach, utilizing residual quantization and generative data augmentation, dramatically enhances efficiency and scalability, achieving state-of-the-art performance in generative retrieval and significantly narrowing the gap with embedding-based methods.
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