首页> 外文会议>Atlantic Web Intelligence Conference(AWIC'2007); 20070625-27; Fontainebleau(FR) >Automated Ontology Learning and Validation Using Hypothesis Testing
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Automated Ontology Learning and Validation Using Hypothesis Testing

机译:使用假设检验的自动化本体学习和验证

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Semantic Web technologies in general and ontology-based approaches in particular are considered the foundation for the next generation of information services. While ontologies enable software agents to exchange knowledge and information in a standardized, intelligent manner, describing todaySs vast amount of information in terms of ontological knowledge remains a challenge.In this paper we describe the research project AVALON - Acquisition and VAL-idation of ONtologies, which aims at reducing the knowledge acquisition bottleneck by using methods from ontology learning in the context of a cybernetic control system. We will present techniques allowing us to automatically extract knowledge from textual data and formulating hypothesis based upon the extracted knowledge. Based on real world indicators, like for example business numbers, hypotheses are validated and the result is fed back into the system, thereby closing the cybernetic control system's feedback loop. While AVALON is currently under development, we will present intermediate results and the basic idea behind the system.
机译:一般而言,语义Web技术,尤其是基于本体的方法被认为是下一代信息服务的基础。尽管本体使软件代理能够以标准化,智能的方式交换知识和信息,但是以本体知识描述当今的大量信息仍然是一个挑战。它旨在通过在控制论控制系统中使用本体学习中的方法来减少知识获取的瓶颈。我们将介绍一些技术,这些技术使我们能够从文本数据中自动提取知识,并根据提取的知识制定假设。基于真实世界的指标(例如企业编号),对假设进行验证,并将结果反馈到系统中,从而关闭控制论控制系统的反馈回路。当前正在开发AVALON时,我们将介绍中间结果和系统背后的基本思想。

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