Ontology Based Framework to Represent Relationships between Biomedical Spatial Data

M. J. S. García, C. P. Herrero, Jaime A. Hernandez, I. H. P. Torres
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引用次数: 1

Abstract

Geographic Information Systems (GIS) and services describe formalized knowledge from spatial domain. GIS use spatial data referring to places names (toponyms) in a geographical space, which could be ambiguous. Ontologies allow support for storing information in this context, providing a structure which defines the data integration and also supports toponyms disambiguation. This article presents an ontology based framework including the interpretation of the geographical biomedical domain concepts and their spatial relationships. The work is focused on solving queries involving ambiguous toponyms, illness and health services. Emphasis has been placed on the topological relationships, which will be used later in the spatial axioms definition. The framework is complemented with Google Maps and Jena APIs.
基于本体的生物医学空间数据关系表示框架
地理信息系统(GIS)和服务描述了来自空间领域的形式化知识。GIS使用的空间数据是指地理空间中的地名(地名),这些地名可能是不明确的。本体支持在此上下文中存储信息,提供定义数据集成的结构,还支持地名消歧。本文提出了一个基于本体的框架,包括对地理生物医学领域概念及其空间关系的解释。这项工作的重点是解决涉及模棱两可的地名、疾病和健康服务的查询。重点放在拓扑关系上,这将在稍后的空间公理定义中使用。该框架与Google Maps和Jena api相辅相成。
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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