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在本科的教学计划中,《通信原理》课程紧紧围绕模拟通信系统模型和数字通信系统模型讲述现代通信的一般原理与技术,既是通信、电子类专业的基础理论课,又是一门专业性的课程。通过本课程的学习,可使学生打下良好的通信理论基础,并可初步培养对通信系统进行分析和设计的基本能力。本文主要探索《通信原理》课程教学方式及实验实践创新方案,针对通信原理课程的特点,分析了教学中需要解决的问题,以及采取的措施和方法;并以提高学生动手能力和加强理论知识的理解深度为目标,给出了实验实践过程中具体的创新形式和实施方案。
In the undergraduate teaching plan, the “Principles of Communication” curriculum focuses on the general principles and technologies of modern communication around the analog communication system model and the digital communication system model. It is not only the basic theoretical course of communication and electronics specialty but also a professional Course. Through the study of this course, students can lay a good foundation for communication theory and initially develop the basic ability to analyze and design communication systems. This paper mainly explores the teaching methods of “Principles of Communication” and experimental innovation programs. According to the characteristics of communication theory courses, this paper analyzes the problems that need to be solved in the teaching, as well as the measures and methods to be taken. In order to improve students’ practical ability and enhance theoretical knowledge Understand the depth as the goal, given the specific forms of innovation and implementation of the experimental practice process.