挖掘历史洞见:细粒度知识元素视角下历史报纸的语义组织与应用

Shaodan Sun, Jun Deng, Xugong Qin
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引用次数: 0

摘要

本文旨在从细粒度知识元素的角度出发,通过语义组织的应用,扩大历史报纸的检索和利用。这一努力旨在释放报纸内容的潜在价值,同时为人文领域的研究提供宝贵的方法论范式指导。根据语义组织过程和知识元素概念,本文提出了一个整体框架,包括知识元素描述、提取、关联和应用四个关键阶段。首先,设计了一个专门针对知识元素的语义描述模型。随后,利用先进的深度学习技术,深入研究实体识别和关系提取领域。这些技术有助于识别历史报纸内容中的实体,并捕获它们之间存在的相互依赖关系。最后,开发了一个基于Flask的在线平台,实现了历史报纸中实体和关系的识别。本文以《盛京时报·长春汇编》为数据集,对报纸内容进行描述、提取、关联和应用。在知识元素提取方面,BERT + BS在Recall和F1得分方面始终优于Bi-LSTM、crf++甚至BERT,是这种情况下实体识别的有利选择。特别值得注意的是Bi-LSTM-Pro模型,它在所有指标中都获得了最高分,特别是在知识元素关系识别方面取得了优异的F1分。原创性/价值历史报纸超越了其仅仅作为文物的地位,演变成保护社会和历史记忆的宝贵宝库。通过从细粒度知识元素的角度进行语义组织,为历史报纸的语义检索、语义关联、信息可视化和知识发现服务提供便利。在实践中,它可以使研究人员在历史和文化背景下挖掘深刻的见解,拓宽数字人文研究和实际应用的景观。
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Unearthing historical insights: semantic organization and application of historical newspapers from a fine-grained knowledge element perspective
Purpose This paper aims to amplify the retrieval and utilization of historical newspapers through the application of semantic organization, all from the vantage point of a fine-grained knowledge element perspective. This endeavor seeks to unlock the latent value embedded within newspaper contents while simultaneously furnishing invaluable guidance within methodological paradigms for research in the humanities domain. Design/methodology/approach According to the semantic organization process and knowledge element concept, this study proposes a holistic framework, including four pivotal stages: knowledge element description, extraction, association and application. Initially, a semantic description model dedicated to knowledge elements is devised. Subsequently, harnessing the advanced deep learning techniques, the study delves into the realm of entity recognition and relationship extraction. These techniques are instrumental in identifying entities within the historical newspaper contents and capturing the interdependencies that exist among them. Finally, an online platform based on Flask is developed to enable the recognition of entities and relationships within historical newspapers. Findings This article utilized the Shengjing Times·Changchun Compilation as the datasets for describing, extracting, associating and applying newspapers contents. Regarding knowledge element extraction, the BERT + BS consistently outperforms Bi-LSTM, CRF++ and even BERT in terms of Recall and F1 scores, making it a favorable choice for entity recognition in this context. Particularly noteworthy is the Bi-LSTM-Pro model, which stands out with the highest scores across all metrics, notably achieving an exceptional F1 score in knowledge element relationship recognition. Originality/value Historical newspapers transcend their status as mere artifacts, evolving into invaluable reservoirs safeguarding the societal and historical memory. Through semantic organization from a fine-grained knowledge element perspective, it can facilitate semantic retrieval, semantic association, information visualization and knowledge discovery services for historical newspapers. In practice, it can empower researchers to unearth profound insights within the historical and cultural context, broadening the landscape of digital humanities research and practical applications.
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Aslib Proceedings
Aslib Proceedings 工程技术-计算机:信息系统
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