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Virtual analog and digital communications laboratory: LaViCAD: On line interactive tool for learning communications systems

机译:虚拟模拟和数字通信实验室:LaViCAD:用于学习通信系统的在线交互式工具

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The virtual analog and digital communications laboratory LaViCAD has been designed at the UPC and it results a useful tool to verify different communication systems performance and also signal processing techniques, subjects given in courses typically included in the curriculum of any electrical engineering degree. LaViCAD tool has become a flexible, sustainable and on-line freely offered educational platform and it can be updated whenever new content is required. At pedagogical level, the use of a virtual laboratory facilitates the learning of certain matters, acting as a connection between the theoretical contents of a communications system course and their practical understanding and experimentation. Furthermore, LAVICAD provides resources for professors to organize different teaching activities in their courses. These activities can be used in different environments as for instance in a classroom given in the context of a full attendance course or in a homework activity at a distance learning course. The aim of this paper is two-fold: On one hand to describe the main technical features that make LAVICAD an original fully reusable and reprogrammable tool in signal processing and communication systems courses. On the other hand to show some preliminary academic results obtained with the use of LAVICAD verifying how it improves the level of success.
机译:虚拟模拟和数字通信实验室LaViCAD是在UPC上设计的,它提供了一个有用的工具,可以验证不同的通信系统性能以及信号处理技术,这些学科通常包含在任何电气工程学位课程中。 LaViCAD工具已经成为一种灵活,可持续和在线免费提供的教育平台,可以在需要任何新内容时进行更新。在教学方面,虚拟实验室的使用有助于某些问题的学习,将通信系统课程的理论内容与其实际理解和实验联系起来。此外,LAVICAD还为教授提供资源,以在他们的课程中组织不同的教学活动。这些活动可以在不同的环境中使用,例如在全勤课程的背景下在教室中使用,或在远程学习课程的家庭作业中使用。本文的目的有两个方面:一方面描述使LAVICAD成为信号处理和通信系统课程中原始的完全可重用和可重新编程工具的主要技术特征。另一方面显示了使用LAVICAD所获得的一些初步的学术成果,以验证其如何提高成功水平。

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