设计核心本体

A. Scherp, C. Saathoff, Thomas Franz, Steffen Staab
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引用次数: 91

摘要

阻碍分布式异构信息系统集成的关键因素之一是缺乏对要交换的复杂结构化知识进行建模的正式基础。为了缓解这种情况,我们提出了一种基于核心本体的方法。核心本体具有高度公理化和形式精度的特点。这是通过基于基础本体实现的。此外,核心本体应该遵循面向模式的设计方法。因此,它们是模块化和可扩展的。核心本体允许重用它们定义的结构化知识以及集成现有的领域知识。核心本体的结构化知识与特定于领域的知识清晰地分离开来。这样的核心本体既可以正式地概念化其特定领域,也可以灵活地组合以满足具体、复杂的应用程序领域的需求。在过去的几年中,我们开发了三个独立的核心本体,分别用于事件和对象、多媒体注释和个人信息管理。在本文中,我们以一个复杂的分布式应急社会技术系统为例,介绍了我们的核心本体的同时使用和集成。我们描述了我们针对核心本体的设计方法,并讨论了在设计它们时学到的经验教训。最后,我们详细阐述了核心本体的美方面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing core ontologies
One of the key factors that hinders integration of distributed, heterogeneous information systems is the lack of a formal basis for modeling the complex, structured knowledge that is to be exchanged. To alleviate this situation, we present an approach based on core ontologies. Core ontologies are characterized by a high degree of axiomatization and formal precision. This is achieved by basing on a foundational ontology. In addition, core ontologies should follow a pattern-oriented design approach. By this, they are modular and extensible. Core ontologies allow for reusing the structured knowledge they define as well as integrating existing domain knowledge. The structured knowledge of the core ontologies is clearly separated from the domain-specific knowledge. Such core ontologies allow for both formally conceptualize their particular fields and to be flexibly combined to cover the needs of concrete, complex application domains. Over the last years, we have developed three independent core ontologies for events and objects, multimedia annotations and personal information management. In this paper, we present the simultaneous use and integration of our core ontologies at the example of a complex, distributed socio-technical system of emergency response. We describe our design approach for core ontologies and discuss the lessons learned in designing them. Finally, we elaborate on the beauty aspects of our core ontologies.
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