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Search and Composition of Learning Objects in a Visual Environment

机译:在视觉环境中的学习对象的搜索和构成

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This paper presents a complete visual environment which supports the search and composition of learning objects (LOs). It focuses on the end user, learner or teacher. Learners search for LOs in order to learn a new concept or to follow a lesson. Teachers search for LOs for direct use during their lessons or in order to reuse and assemble them with others, thus creating their own, novel LO. Nevertheless, the inner complexity of an LO makes searching for and reusing composed LOs a complex task as well. The end user has to be assisted during this task. The core of our environment is built with a navigational and iterative query language, and a composition model. An iterative, navigational, query language is a complex language. The end user cannot express search queries directly in such a textual language. In the same way, the teacher cannot use a complex textual language to compose a new LO. Our environment is a suite of visual interfaces, supporting interaction with the end user while hiding the inner complexity of the system. Last, a validation module validates the consistency of a composed LO and provides for the dynamic annotation of metadata.
机译:本文介绍了一个完整的视觉环境,支持学习对象(LOS)的搜索和组成。它侧重于最终用户,学习者或教师。学习者搜索洛杉矶,以便学习新概念或遵循课程。教师在课程中寻找直接使用的洛杉矶,或者为了用他人重复使用和组装它们,从而创造自己的新颖之遥。然而,LO的内部复杂性使得搜索和重用组成的LOS复杂任务。必须在此任务期间提供终端用户。我们的环境的核心是用导航和迭代查询语言构建的,以及构图模型。一个迭代,导航,查询语言是一种复杂的语言。最终用户无法直接以这种文本语言表达搜索查询。以同样的方式,老师不能使用复杂的文本语言来撰写新的LO。我们的环境是一套视觉接口,支持与最终用户的互动,同时隐藏系统的内部复杂性。最后,验证模块验证组成的LO的一致性,并提供元数据的动态注释。

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