arXiv:2509.09686cs.IRcs.AI2025-09被引 1

用专业地质知识库增强大模型,提升地学问答准确性。

GeoGPT-RAG Technical Report

  • 引入RAG技术,从地质专用库中检索信息补充回答
  • 通过微调嵌入与重排序模型,提高检索相关性
  • 开源核心组件,支持地学研究者本地部署使用

GeoGPT是一个面向地学研究的开源大语言模型系统。为增强其领域专精能力,我们集成检索增强生成(RAG)技术,使模型能从外部知识源获取相关信息。系统依托专门构建的GeoGPT Library地质科学语料库,生成准确且上下文相关的回答。用户可上传个人文献列表,创建个性化知识库,使GeoGPT基于自定义材料进行响应。为进一步提升检索质量与领域适配度,我们对嵌入模型和重排序模型进行了微调,以更精准地评估检索段落与查询的相关性。这些改进显著提升了系统在地学场景下的输出精度与可信度。作为开放科学的体现,本系统强调协作、透明与社区驱动发展,已开源两个核心RAG组件——GeoEmbedding与GeoReranker,为全球地学研究人员及专业人士提供高效、可访问的AI工具。

原文摘要 · Abstract (English)

GeoGPT is an open large language model system built to advance research in the geosciences. To enhance its domain-specific capabilities, we integrated Retrieval Augmented Generation(RAG), which augments model outputs with relevant information retrieved from an external knowledge source. GeoGPT uses RAG to draw from the GeoGPT Library, a specialized corpus curated for geoscientific content, enabling it to generate accurate, context-specific answers. Users can also create personalized knowledge bases by uploading their own publication lists, allowing GeoGPT to retrieve and respond using user-provided materials. To further improve retrieval quality and domain alignment, we fine-tuned both the embedding model and a ranking model that scores retrieved passages by relevance to the query. These enhancements optimize RAG for geoscience applications and significantly improve the system's ability to deliver precise and trustworthy outputs. GeoGPT reflects a strong commitment to open science through its emphasis on collaboration, transparency, and community driven development. As part of this commitment, we have open-sourced two core RAG components-GeoEmbedding and GeoReranker-to support geoscientists, researchers, and professionals worldwide with powerful, accessible AI tools.

地学AIRAG开源模型知识库增强

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