Experiential Learning Approach for Teaching the Topic “Implementation of Brent-Kung Adders Using Computer-Based Training”

A. Borodzhieva
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Abstract

The paper presents the use of the experiential learning approach for teaching the topic “Implementation of Brent-Kung Adders Using Computer-Based Training”. Brent-Kung adders are implemented with various software tools, e.g. MS Excel, Logisim, and ISE Project Navigator, for simulating the process of adding two binary numbers. Based on the flipped classroom strategy, students investigate the theoretical issues concerning Brent-Kung adders, then they implement these adders with various computer-aided tools and in the end, they test the FPGA-based implementation of Brent-Kung adders with a lab board created at our University. The applications will be used in the educational process in the courses “Digital Electronics” and “Pulse and Digital Devices” at the University of Ruse, with the aim of easy adoption of the material studied by the students.
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“利用计算机训练实现Brent-Kung加法器”课题的体验式教学方法
本文介绍了使用体验式学习方法来教学主题“使用基于计算机的训练实现Brent-Kung加法器”。Brent-Kung加法器是用各种软件工具实现的,例如MS Excel, Logisim和ISE Project Navigator,用于模拟两个二进制数相加的过程。基于翻转课堂策略,学生研究有关Brent-Kung加法器的理论问题,然后使用各种计算机辅助工具实现这些加法器,最后使用我校创建的实验板测试基于fpga的Brent-Kung加法器实现。这些应用程序将用于鲁塞大学“数字电子学”和“脉冲与数字设备”课程的教学过程中,目的是让学生更容易地接受所学习的材料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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