Lamy Jean-Baptiste, Tsopra Rosy, Venot Alain, Duclos Catherine
LIM&BIO (Laboratoire d'Informatique Médicale et Bioinformatique), UFR SMBH, University Paris 13, Sorbonne Paris Cité, Bobigny, France.
Stud Health Technol Inform. 2013;192:42-6.
VCM (Visualization of Concept in Medicine) is an iconic language for representing key medical concepts by icons. However, the use of this language with reference terminologies, such as SNOMED CT, will require the mapping of its icons to the terms of these terminologies. Here, we present and evaluate a semi-automatic semantic method for the mapping of SNOMED CT concepts to VCM icons. Both SNOMED CT and VCM are compositional in nature; SNOMED CT is expressed in description logic and VCM semantics are formalized in an OWL ontology. The proposed method involves the manual mapping of a limited number of underlying concepts from the VCM ontology, followed by automatic generation of the rest of the mapping. We applied this method to the clinical findings of the SNOMED CT CORE subset, and 100 randomly-selected mappings were evaluated by three experts. The results obtained were promising, with 82 of the SNOMED CT concepts correctly linked to VCM icons according to the experts. Most of the errors were easy to fix.
医学概念可视化(VCM)是一种通过图标来表示关键医学概念的标志性语言。然而,将这种语言与诸如SNOMED CT等参考术语一起使用时,需要将其图标映射到这些术语。在此,我们提出并评估一种用于将SNOMED CT概念映射到VCM图标的半自动语义方法。SNOMED CT和VCM本质上都是组合性的;SNOMED CT用描述逻辑表示,VCM语义在OWL本体中形式化。所提出的方法包括从VCM本体中手动映射有限数量的基础概念,然后自动生成其余的映射。我们将此方法应用于SNOMED CT核心子集的临床发现,并由三位专家对100个随机选择的映射进行了评估。获得的结果很有前景,根据专家的评估,82个SNOMED CT概念与VCM图标正确关联。大多数错误都很容易修复。