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Auto-connection mechanisms for educational virtual laboratory

机译:教育虚拟实验室的自动连接机制

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Construction kits are useful educational tools that provide children with many learning opportunities. However, to support learners in effective leaning through construction processes, it is necessary to provide appropriate support to the learners according to their skills or knowledge. We have developed a Web-based interactive virtual laboratory with a construction kit, where users can assemble primitive components into a biker model powered by a solar cell. In this paper, we have proposed auto-connection mechanisms for supporting different types of users and different learning scenarios in the laboratory. Since this auto-connection setting can be changed during runtime by users according to the learners' skills, teachers can provide different settings for each learner without resorting to complicated programming.
机译:建筑套件是有用的教育工具,为儿童提供许多学习机会。但是,为了支持学习者通过施工过程有效倾向,有必要根据其技能或知识为学习者提供适当的支持。我们开发了一个具有建筑套件的基于网络的交互式虚拟实验室,其中用户可以将原始组件组装成由太阳能电池供电的骑自行车的模型。在本文中,我们已经提出了用于支持不同类型的用户和不同学习情景的自动连接机制。由于用户根据学习者的技能运行时可以更改此自动连接设置,因此教师可以为每个学习者提供不同的设置,而无需诉诸复杂的编程。

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