Theory-aware authoring environment-ontological engineering approach

R. Mizoguchi, J. Bourdeau
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引用次数: 7

Abstract

In AI in education research community and related academic communities such as learning science (LS), instructional science (IS) and instructional design science (ID), a lot of research results have already accumulated and many sophisticated learning support systems have been built to date. The problem, however, is that it is not easy to build a good learning support system well-justified by such basic theories because they are not easily accessible for system designers/developers nor ready for engineering use. Imagine a theory-aware authoring environment, which can help designers/developers find, understand and utilize necessary LS/IS/ID theories to build a theory-justified learning support system. It must give a great impact on our community. The authors have some experience in building ontologies for learning support systems and LS/IS/ID knowledge as well as a road map towards a theory-aware authoring system. On the basis of development of a general framework of an ITS, we first designed a comprehensive ontology for ITS.
理论感知创作环境本体工程方法
在人工智能教育研究界以及相关的学习科学(LS)、教学科学(IS)、教学设计科学(ID)等学术界,迄今为止已经积累了大量的研究成果,建立了许多成熟的学习支持系统。然而,问题是,构建一个良好的学习支持系统并不容易,因为这些基本理论对系统设计师/开发人员来说不容易获得,也不适合工程使用。想象一个理论感知的创作环境,它可以帮助设计师/开发人员发现、理解和利用必要的LS/IS/ID理论来构建一个理论合理的学习支持系统。它一定会对我们的社区产生很大的影响。作者在为学习支持系统和LS/IS/ID知识构建本体论方面有一定的经验,并有一个面向理论感知的创作系统的路线图。在开发智能交通系统总体框架的基础上,首先设计了智能交通系统的综合本体。
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