Su Dong, Qinggang Zhang, Yilin Xiao, Shengyuan Chen, Chuang Zhou, Xiao Huang
EA-GraphRAG efficiently integrates retrieval-augmented generation with graph-based methods, improving accuracy and reducing latency by dynamically adapting to query complexity.
Large language models often struggle with tasks requiring extensive knowledge due to issues like outdated information and hallucinations. A method called Retrieval-Augmented Generation (RAG) helps by pulling in external information, but it can be inefficient when dealing with fragmented data. Graph-augmented RAG (GraphRAG) was developed to improve reasoning by using structured knowledge graphs, but it can be slow and less accurate in real-world applications. The new EA-GraphRAG framework adapts dynamically to the complexity of queries, using a mix of RAG and GraphRAG techniques, resulting in better performance and speed.