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arXiv:2602.23075cs.CL

CiteLLM: An Agentic Platform for Trustworthy Scientific Reference Discovery

Mengze Hong, Di Jiang, Chen Jason Zhang, Zichang Guo, Yawen Li, Jun Chen, Shaobo Cui, Zhiyang Su

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Abstract

Large language models (LLMs) have created new opportunities to enhance the efficiency of scholarly activities; however, challenges persist in the ethical deployment of AI assistance, including (1) the trustworthiness of AI-generated content, (2) preservation of academic integrity and intellectual property, and (3) protection of information privacy. In this work, we present CiteLLM, a specialized agentic platform designed to enable trustworthy reference discovery for grounding author-drafted claims and statements. The system introduces a novel interaction paradigm by embedding LLM utilities directly within the LaTeX editor environment, ensuring a seamless user experience and no data transmission outside the local system. To guarantee hallucination-free references, we employ dynamic discipline-aware routing to retrieve candidates exclusively from trusted web-based academic repositories, while leveraging LLMs solely for generating context-aware search queries, ranking candidates by relevance, and validating and explaining support through paragraph-level semantic matching and an integrated chatbot. Evaluation results demonstrate the superior performance of the proposed system in returning valid and highly usable references.

arXiv comments
Accepted by TheWebConf 2026 Demo Track
Journal reference
DOI
Subjects
cs.CLComputation and Language cs.IRInformation Retrieval

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    • I didn’t ask it not to hallucinate. I had it prompt other LLMs to do web searches to confirm whether the citations, references, and other information that it had initially produced were correct. I certainly don’t claim that this technique was original. There have been many…

      tkgallyView on HNParent context

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