审计UMLS语义网络中顶层语义类型对UMLS概念的赋值。

Zhe He, Yehoshua Perl, Gai Elhanan, Yan Chen, James Geller, Jiang Bian
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引用次数: 8

摘要

医学统一语言系统(UMLS)是一个重要的术语系统。根据其管理者的政策,UMLS的每个概念都应该被分配到UMLS语义网络(SN)中最具体的语义类型(STs)。因此,大多数UMLS概念的语义类型被分配在UMLS语义网络的底部或接近底部(叶子)。虽然大多数ST赋值是正确的,但也会出现一些错误。因此,对于ST作业,UMLS管理员的质量保证工作应该集中在自动检测的错误率高于随机集的UMLS概念集上。在本文中,我们研究了UMLS语义网络中顶层语义类型对概念的分配,识别了潜在的错误分配,定义了四类错误,从而为UMLS的管理者提供了帮助,以避免这些分配错误。人类专家分析了分配给10种顶级语义类型的概念样本,并将错误的ST分配分为这四个逻辑类别。分配给这10个顶级语义类型的概念中有三分之二是错误的。我们的研究结果表明,与随机选择语义类型分配相比,审查概念的顶层语义类型分配为UMLS质量保证提供了一种有效的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Auditing the Assignments of Top-Level Semantic Types in the UMLS Semantic Network to UMLS Concepts.

Auditing the Assignments of Top-Level Semantic Types in the UMLS Semantic Network to UMLS Concepts.

Auditing the Assignments of Top-Level Semantic Types in the UMLS Semantic Network to UMLS Concepts.

The Unified Medical Language System (UMLS) is an important terminological system. By the policy of its curators, each concept of the UMLS should be assigned the most specific Semantic Types (STs) in the UMLS Semantic Network (SN). Hence, the Semantic Types of most UMLS concepts are assigned at or near the bottom (leaves) of the UMLS Semantic Network. While most ST assignments are correct, some errors do occur. Therefore, Quality Assurance efforts of UMLS curators for ST assignments should concentrate on automatically detected sets of UMLS concepts with higher error rates than random sets. In this paper, we investigate the assignments of top-level semantic types in the UMLS semantic network to concepts, identify potential erroneous assignments, define four categories of errors, and thus provide assistance to curators of the UMLS to avoid these assignments errors. Human experts analyzed samples of concepts assigned 10 of the top-level semantic types and categorized the erroneous ST assignments into these four logical categories. Two thirds of the concepts assigned these 10 top-level semantic types are erroneous. Our results demonstrate that reviewing top-level semantic type assignments to concepts provides an effective way for UMLS quality assurance, comparing to reviewing a random selection of semantic type assignments.

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