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CoCoA: Collaborative Chain-of-Agents for Parametric-Retrieved Knowledge Synergy

Created by
  • Haebom

Author

Yi Jiang, Sendong Zhao, Jianbo Li, Haochun Wang, Lizhe Zhang, Yan Liu, Bing Qin

Collaborative Chain-of-Agents (CoCoA)

Outline

To overcome the Limitations of the Retrieval-Augmented Generation (RAG) model, we propose the Collaborative Chain-of-Agents (CoCoA) framework, which aims to enhance the synergy between the model's inherent knowledge and externally retrieved knowledge. CoCoA builds on the multi-agent RAG framework, CoCoA-zero, and performs conditional knowledge induction and answer inference. CoCoA utilizes a long-chain training strategy that fine-tunes the LLM by synthesizing multi-agent inference trajectories extended from CoCoA-zero. This allows the model to explicitly integrate and jointly leverage inherent and retrieved knowledge.

Takeaways, Limitations

Takeaways:
It outperforms existing RAG methods on knowledge-intensive tasks in LLM, especially open-domain QA and multi-hop QA.
We enhance the efficiency of the RAG method by enhancing the synergy between the model's inherent knowledge and the retrieved knowledge.
We effectively combine the multi-agent RAG framework with long-chain training strategies via CoCoA-zero and CoCoA.
Limitations:
The specific Limitations is not specified in the paper.
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