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TOWARDS REMOTE LABORATORY PLATFORMS WITH DYNAMIC SCENARIOS

机译:建立具有动态场景的远程实验室平台

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摘要

As e-Learning is currently developing worldwide and offering a growing range of e-training vectors such as multicast course, virtual classroom , ... and other theoretical medias, remote laboratory seems to have a less fast development. However, experiments and feedbacks have proved that, firstly, no engineer education could be given without practical experimentation and, secondly, online education could not be simply transposed from usual classroom courses to web-based training sites We focus on remote laboratories which are essential to scientific and technical training. Our main goal is to provide a generic tool associated to a core level, able to design and execute remote experimentation scenarios from any scientific discipline. This core level is linked to other external pedagogical objects (courses, contextual help, tutorials, ...), by mean of standard metadata mechanisms (LOM, SCORM, ...).We present in this paper our experimentation platform which is also a first attempt to create a remote lab.
机译:随着全球范围内电子学习的发展,并提供了越来越多的电子培训载体,例如组播课程,虚拟教室,...和其他理论媒体,远程实验室的发展似乎不太快。但是,实验和反馈证明,首先,如果没有实际实验就不能进行工程师教育;其次,不能简单地将在线教育从常规的课堂课程转换为基于Web的培训站点。我们关注于远程实验室,这些实验室对于科学技术培训。我们的主要目标是提供与核心级别相关的通用工具,能够设计和执行来自任何科学学科的远程实验方案。该核心级别通过标准元数据机制(LOM,SCORM等)与其他外部教学对象(课程,上下文帮助,教程等)相关联。在本文中,我们介绍了我们的实验平台首次尝试创建远程实验室。

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