以RFID技术更新数位通讯课程:参与式方法

Z. Li, Wei Deng, Wenjiang Pei, Yili Xia, D. Mandic
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引用次数: 2

摘要

在这篇文章中,我们探索新的机会,以更新数字通信的讲座为基础的课程设置。特别介绍了射频识别(RFID)技术,设计了一个动手练习,其中软件定义无线电(SDR)硬件和Matlab编程环境分别作为实验平台和后处理工具。由不同形状和图案生成的二值图像被定制并编码到RFID标签中,作为电子产品代码(EPC)。在从SDR硬件获取数字信号后,学生们执行解码任务来识别定制数据。通过这种方式,他们不仅对数字通信的构建模块有了更深入的了解,而且在课程的实际限制下,他们以自我指导的方式保持了很高的动力。从学生的调查结果显示,这种参与式课程被认为是智力刺激。
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Refreshing Digital Communications Curriculum with RFID Technology: A Participatory Approach
In this article, we explore new opportunities to freshen up the curriculum of a lecture-based course on digital communication. In particular, the radio frequency identity (RFID) technology is introduced to design a hands-on exercise, in which the software-defined radio (SDR) hardware and the Matlab programming environment are respectively used as the experimental platform and the post-processing tool. Binary images generated by different shapes and patterns are customised and encoded into RFID tags as the electronic product code (EPC). After acquiring the digital signal from SDR hardware, the students performed a decoding task to identify the customised data. In this way, they not only acquire deeper understanding of the building blocks of digital communication, but also they are highly motivated by being kept within practical constraints of the course in a self-directed manner. Survey results from the students reveal that this participatory coursework was perceived as intellectually stimulating.
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