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Theory-aware authoring environment-ontological engineering approach

机译:理论意识创作环境本体工程方法

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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.
机译:在教育研究界和相关学术界(例如学习科学(LS),教学科学(IS)和教学设计科学(ID))的AI中,已经积累了很多研究成果,并且迄今为止已经建立了许多复杂的学习支持系统。但是,问题在于,要建立一个由这些基本理论合理化的良好的学习支持系统并不容易,因为系统设计人员/开发人员不容易获得它们,也不能为工程使用做好准备。想象一下一个具有理论意识的创作环境,它可以帮助设计人员/开发人员找到,理解和利用必要的LS / IS / ID理论,以建立理论上合理的学习支持系统。它必须对我们的社区产生巨大影响。作者在建立用于学习支持系统和LS / IS / ID知识的本体以及走向理论意识的创作系统的路线图方面具有丰富的经验。在开发ITS通用框架的基础上,我们首先设计了ITS的综合本体。

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