摘要
纸电资源一体化是高校图书馆提升资源利用效率与知识服务能力的关键路径。然而,传统的依赖学科映射的资源建设方式,往往造成资源孤岛与知识脉络的割裂,难以支撑深层次、细粒度的学术检索需求。文章以学科体系为核心、知识单元为脉络,融合向量化与语义交互技术,尝试构造基于学科与知识单元的纸电资源一体化关联方法,详细阐述系统设计思路与构建过程,以及核心部件的关键技术要点等,并以上海交通大学图书馆作为研究对象,进行应用实践。通过实践验证推荐系统的可行性,实现资源的细粒度关联与动态组织,有效支持图书馆从“被动索引”向“主动导航”的服务模式转型,为智慧图书馆的深化应用提供新范式。
The integration of the printed and electronic resources is a pivotal strategy for university libraries to enhance the resource utilization efficiency and improve knowledge services.However,the traditional resourcebuilding method based on disciplinary mapping often results in resource silos and disconnected knowledge networks,thus failing to meet deep and fine-grained academic retrieval needs.This paper proposes an integration method centered on disciplinary frameworks and knowledge elements,employing semantic vectorization and interactive matching.This study elaborates on the system design,implementation process,and key technological components,and reports its deployment at the Shanghai Jiao Tong University Library.Empirical results confirm the viability of the recommendation system:it enables fine-grained resourceto-resource linking and dynamic organization,and effectively shifts library services from passive indexing to active navigation,thereby offering a novel paradigm for the transition to intelligent libraries.
作者
陈荔瑶
马灵
孙翌
陆亚红
Chen Liyao;Ma Ling;Sun Yi;Lu Yahong
出处
《图书馆学研究》
北大核心
2025年第11期48-58,共11页
Research on Library Science
基金
教育部产学合作协同育人项目“基于AIGC的馆藏图书纸电一体化学习场景构建”(项目编号:250303924263954)的研究成果之一。
关键词
纸电一体化
知识单元
语义向量化
学科映射
printed-electronic integration
knowledge element
semantic vectorization
disciplinary mapping
