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Embedded System for Electronic Circuit Education

机译:电子电路教学嵌入式系统

摘要

Embedded systems are ideal as electronic demonstrators because they provides the designer with wide possibilities for optimization through codesign. In many situations, like school visits at the Norwegian University of Science and Technology (NTNU), Forskningstorget and Elektronikk- & Telekommunikasjonsdagen , it is desirable for the Department of Electronics and Telecommunication to both motivate and recruit new students to a future career in electronics. Thus, a demonstrator with an interesting presentation may give students an insight in what is possible when studying electronics at NTNU, in addition to a good examples of an electronic system. A good demonstrator for the department include one or more electronic topics and presents the relevant theory in different educational levelsThis master thesis includes the implementation of an embedded system used for demonstrating basic electronics. The Embedded System for Electronic Circuit Education is a platform for easy implementation of several scenarios with different topics within electronics. The system is designed with respect to a pedagogical view, and is implemented on both the Altera DE2 and the Atmel AVR STK600. In addition the embedded demonstrator includes a monitor for user interface and demonstration materiel. The main modules in the demonstrator is the Cyclone II 2C35 FPGA and the AVR AT90USB1287 microcontroller used to control the system behavior and the user interface. The demonstrator already includes two example scenarios, namely the Automatic Adjustment of Light and How to Count in Binary, Hexadecimal and Decimal with the topics Electronic Components and Numerical Systems respectively.With both existing and future scenarios, the embedded demonstrator has the possibility to both motivate and activate students with an interactive interface. In addition, the demonstrator may individualize educational levels to the different target groups with the demonstration material displayed on the monitor. Thus, the Embedded System for Electronic Circuit Education is a well suited demonstrator to recruit and motivate students to a future carrier in electronics.
机译:嵌入式系统非常适合作为电子演示器,因为它们为设计人员提供了通过代码签名进行优化的广泛可能性。在许多情况下,例如在挪威科学技术大学(NTNU),Forskningstorget和Elektronikk-&Telekommunikasjonsdagen进行的学校访问,对于电子和电信系来说,既激励又招募新的学生从事电子的未来职业是可取的。因此,除了电子系统的一个很好的例子外,演示者还可以通过有趣的演示使学生了解在NTNU学习电子学时可能发生的事情。该部门的一个很好的演示者包括一个或多个电子主题,并在不同的教育水平上介绍相关的理论。该硕士论文包括用于演示基本电子学的嵌入式系统的实现。电子电路教育嵌入式系统是一个平台,可以轻松实现电子领域内具有不同主题的几种方案。该系统是针对教学观点设计的,并且在Altera DE2和Atmel AVR STK600上均实现。此外,嵌入式演示器还包括用于用户界面和演示材料的监视器。演示器中的主要模块是Cyclone II 2C35 FPGA和AVR AT90USB1287微控制器,它们用于控制系统行为和用户界面。该演示器已经包括两个示例场景,分别是``电子的自动调整光''和``如何在二进制,十六进制和十进制中进行计数'',主题分别是``电子组件''和``数值系统''。在现有和将来的场景中,嵌入式演示器都有可能同时激发并通过交互式界面激活学生。此外,演示者可以通过监视器上显示的演示材料,将教育水平个性化到不同的目标人群。因此,用于电子电路教育的嵌入式系统是一个非常合适的演示者,可以招募和激励学生成为电子学的未来载体。

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  • 作者

    Venjum Kai André;

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  • 年度 2010
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  • 原文格式 PDF
  • 正文语种 eng
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