Scientific Knowledge Graph-driven Research Profiling

Jiao Li, Tan Sun, Guojian Xian, Yongwen Huang, Ruixue Zhao
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Abstract

Due to the growing expansion of scientific literature and knowledge, access to scholarly contents is becoming more challenging. This paper presents a research profiling framework driven by scientific knowledge graphs (SKGs), which aims at achieving the deep fusion and thorough disclosure of scientific resources and domain knowledge, as well as satisfying the needs of researchers for knowledge overview and acquisition in a reasonable period of time using fine-grained and multi-dimensional profiling scenarios. Further, we conduct the experiment of the SKG construction task on a specific domain by combining scientific literature from Web Of Science and an open knowledge base, and develop a prototype system for user's single entity search to validate the approach, with profile presentations of overall graph view, literature profile, hotness topics list, high-impact experts, and providing a service of profile viewing and download.
科学知识图谱驱动的研究分析
由于科学文献和知识的不断扩展,获取学术内容变得越来越具有挑战性。提出了一种以科学知识图谱为驱动的研究图谱框架,旨在利用细粒度、多维度的图谱场景,实现科学资源与领域知识的深度融合和全面披露,满足科研人员在合理时间内对知识的概述和获取需求。在此基础上,结合Web of Science的科学文献和开放知识库,对特定领域的SKG构建任务进行了实验,并开发了用户单实体搜索的原型系统来验证该方法,提供了总体图视图、文献概要、热点话题列表、高影响力专家的概要展示,并提供了概要查看和下载服务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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