基于实验平台的数字逻辑实验教学

Digital Logic Experiment Teaching Based on Experimental Platform

针对传统实验和基于EDA技术的大规模可编程逻辑器件实验在实验教学中的特点,我门将两种实验方式进行了结合,以便充分发挥各自的优势。介绍了在此思想指导下,基于实验平台的数字逻辑实验教学探索。在自己开发的实验平台上规划了实验内容,合理安排了上述两类实验的比重,并添加了学生自主选题的大实验,综合评定学生的实验成绩。实践证明,将两种类型的实验结合后,既可促进学生更好地掌握数字逻辑的基本知识和原理,又可提高学生的动手实践能力,将有利于学生在软硬件两方面都得到很好的训练。

Traditional experiments and EDA technique-based CPLD experiments have their own characteristics in digital logic experiment teaching. Therefore, we try to combine such two kinds of experiments in teaching with the aim of taking full advantage of them. This paper introduces the practice in digital logic experiment teaching based on experimental platform, which is under the guidance of such ideas. We scheduled experimental contents to be performed on the platform developed by us, which considers the ratio of the two kinds of experiments, also arranges the comprehensive experiment with topics selected independently by students, and grades students taking comprehensive performances into consideration. The results prove that the combination of such two kinds of experiments is beneficial to train students in improving their software and hardware application ability, not only in mastering the digital logic course effectively, but also in strengthening the ability of practice.