The integration of Generative AI (GenAI) with Knowledge Graphs is emerging as a powerful AI technique, enhancing knowledge management and Retrieval Augmented Generation (RAG). GenAI, while effective, is only one of many AI techniques. A notable example is Origin Trail's Decentralized Knowledge Graph (DRAG), which advances conventional graph retrieval-augmented generation by using decentralized knowledge management. This approach addresses the limitations of GenAI by incorporating graphs and hybrid retrieval methods, blending dense (deep learning-based) and sparse (term-matching) retrieval methods. This flexibility allows RAG to perform better on domain-specific tasks, such as legal text generation or medical Q&A, by retrieving data from diverse sources like Wikipedia, documentation, news, or custom datasets. According to Gartner, a stronger combination of AI techniques includes graphs and GenAI models.
🔄 Hybrid Retrieval RAG can use hybrid retrieval approaches, blending dense (deep learning-based) and sparse (term-matching) retrieval methods to ensure it captures both exact matches and semantically similar documents. #AI #InformationRetrieval
📚 What kind of data does RAG retrieve? It could be anything from Wikipedia articles, documentation, news, or even custom datasets. This flexibility allows RAG to perform better on domain-specific tasks like legal text generation or medical Q&A. #CustomAI #DataRetrieval
The combination of Knowledge Graphs and #GenAI is a powerful #AI technique, with each addressing the other's shortcomings to enhance knowledge management and Retrieval Augmented Generation (#RAG). @origin_trail Decentralized Knowledge Graph takes this further by introducing… https://t.co/Ykqwi0KCOT