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针对“通信原理”课程的特点,为了充分发挥实验在“通信原理”教学过程中的效能,对“通信原理”课程的实验体系结构进行了改革与实践。改进了传统实验箱实验体系,构建并实施了层次化计算机仿真实验体系,并且结合EDA技术和VHDL语言设计了开放性、综合性实验体系。实践表明,新的实验体系极大地激发了学生的学习兴趣,增强了学生的动手能力和创新能力,有效提高了“通信原理”的教学效果。
In order to give full play to the effectiveness of experiment in the teaching process of “Communication Principle ”, the experimental system structure of “Principle of Communication ” has been reformed and practiced according to the characteristics of “Communication Principle ” course. The experimental system of the traditional experiment box was improved, the hierarchical computer simulation system was constructed and implemented, and an open and comprehensive experimental system was designed based on EDA and VHDL language. Practice shows that the new experimental system has greatly stimulated students ’interest in learning, enhanced students’ practical ability and innovative ability, and effectively improved the teaching effect of “Communication Principle ”.