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Received:July 02, 2025 Revised:August 01, 2025
Received:July 02, 2025 Revised:August 01, 2025
中文摘要: 随着大语言模型(large language model, LLM)的快速发展, 其在推荐系统可解释性方面的应用成为研究热点. 本文系统地综述了LLM在推荐系统可解释性研究中的进展, 从领域研究现状、评价指标、数据集到应用场景进行了全面梳理. 从技术角度将现有研究分为基于LLM的推荐系统和LLM辅助型推荐系统, 并依据是否需要微调对此分类进一步细分. 在评价指标方面, 总结了人工评价与自动评价指标, 其中自动评价指标又包括传统指标、结合LLM指标以及拓展指标. 此外, 本文还整理了公开和私有数据集的使用情况, 强调了评论数据在可解释推荐中的重要性. 最后, 探讨了LLM在多个领域推荐系统可解释性方面的实际应用, 并分析了当前研究面临的挑战及未来可行的研究方向.
Abstract:With the rapid development of large language models (LLMs), their application in the explainability of recommender systems has become a research hotspot. This study systematically reviews the research progress of LLMs in the explainability of recommender systems, providing a comprehensive overview covering current research status, evaluation metrics, datasets, and application scenarios. From a technical perspective, existing research is categorized into LLM-based recommender systems and LLM-aid recommender systems, further subdivided according to whether fine-tuning is required. In terms of evaluation metrics, manual evaluation and automated evaluation metrics are summarized, with automated evaluation metrics including traditional metrics, LLM-integrated metrics, and extended metrics. Moreover, the usage of public and private datasets is reviewed, with emphasis on the importance of review data in explainable recommendations. Finally, the practical applications of LLMs in the explainability of recommender systems across various domains are explored, and the challenges faced by current research as well as potential future research directions are analyzed.
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王晶鑫,徐占洋,于佳一,卞刘尉,李梦婷.大语言模型用于推荐系统可解释性综述.计算机系统应用,2026,35(2):1-22
WANG Jing-Xin,XU Zhan-Yang,YU Jia-Yi,BIAN Liu-Wei,LI Meng-Ting.Survey on Large Language Model for Explainability of Recommender Systems.COMPUTER SYSTEMS APPLICATIONS,2026,35(2):1-22
王晶鑫,徐占洋,于佳一,卞刘尉,李梦婷.大语言模型用于推荐系统可解释性综述.计算机系统应用,2026,35(2):1-22
WANG Jing-Xin,XU Zhan-Yang,YU Jia-Yi,BIAN Liu-Wei,LI Meng-Ting.Survey on Large Language Model for Explainability of Recommender Systems.COMPUTER SYSTEMS APPLICATIONS,2026,35(2):1-22

