Recent advancements in Retrieval-Augmented Generation (RAG) technologies have been highlighted by various experts in the field. Amazon Bedrock has introduced new RAG evaluation capabilities that allow for the assessment and optimization of RAG applications, as well as the use of large language models (LLMs) to evaluate other models. Additionally, a new autonomous model, Auto-RAG, has been unveiled, showcasing superior performance across multiple datasets by leveraging LLM decision-making capabilities through multiturn dialogues. Other innovations include advanced RAG methods that combine retrieval with generative AI, such as SimpleRAG for basic queries and HybridRAG, which enhances accuracy through a combination of sparse and dense retrieval techniques. Furthermore, the introduction of DMQR-RAG aims to improve document retrieval and response performance, while a novel two-stage fine-tuning approach, Invar-RAG, addresses inconsistencies in document retrieval. These advancements are expected to enhance the reliability and accuracy of AI systems, making them more context-aware and effective in generating accurate responses.
While models like GPT-4 and Llama3.2 have vast knowledge, they still struggle with details and recent events. Learn how Retrieval Augmented Generation (RAG) and LlamaIndex can help you address these gaps and improve performance in Vladyslav Fliahin's latest article. #RAG #LLM…
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Advanced RAG by Hand ✍️ + @Langflow ~ 1. Query Rewrite, 2. Multi-Query, 3. Hyde, 4. Skeleton of Thought RAG, 5. Retrieval Weighting https://t.co/Gz5ijITP2q