通信工程专业课程Communication Engineering Specialty Course专业核心课程：The professional core courses:信息论与编码原理、通信原理、电视原理、电磁场与电磁波、天线与电波传播Information theory and coding theory, communication principle, the principle of television, electromagnetic field and electromagnetic wave, antenna and radio wave propagation广播电视发送方向：数字电视技术、广播电视发送技术、数字广播技术Radio and television transmission direction: digital television technology, radio and television transmission technology, digital broadcasting technology移动通信方向：移动通信、现代交换技术、移动电视技术Directions: mobile communication, mobile communication, mobile TV technology of modern switching technology信息论与编码原理：本课程着重介绍信源的类型与特性、信源熵、信道容量、信息率失真函数等信息论的基本理论，以及信源编码和信道编码的基本概念和主要方法。这些信息论与编码的基本理论和方法不仅适用于通常意义的通信领域，如数字视音频处理和多媒体通信等，也适用于信息安全等计算机信息处理和管理等专门领域的需要。Information theory and coding theory: This course mainly introduces the types and characteristics of information source, information entropy, channel capacity, information rate distortion function of information theory, as well as the source coding and channel coding of the basic concepts and main methods. The information theory and coding theory and method can be applied not only to the usual sense of the communication field, such as the processing of digital audio and video and multimedia communications, also applies to the information security of computer information processing and management of specialized areas of need.通信原理：本课程以当前广泛应用的通信系统和代表发展趋势的通信技术为背景，系统介绍数字通信基本原理，为学生今后从事相关工作提供理论基础和实际知识。课程第 13 章介绍通信基础知识，其中包括其它章节所需的随机信号与噪声分析的数学知识，第 45 章论述模拟信号数字化和数字基带传输系统基本原理，第 67 章阐述数字调制系统和最佳接收原理。Principle of communication : This course in current widely used communication system and represents the development trend of communication technology as the background, the basic principles of digital communication systems, for students to be engaged in relevant work to provide the theoretical basis and practical knowledge. Course No.1-3chapter introduces communication based on knowledge, which includes other sections needed for random signals and noise analysis of mathematical knowledge, the4-5chapter of digitized analog signals and digital baseband transmission system basic principle, the6-7chapter of digital modulation system and optimum receiver principle. 电视原理：“电视原理”是一门理论与实践、原理与应用结合较紧密的课程，是从事广播电视、现代多媒体通信等领域专业技术人才必须具备的专业知识，是中国传媒大学南广学院重要的学科基础课程。 “电视原理”课程内容包括了传统的黑白电视、彩色电视传像和显示的基本原理。教学内容体现了传统技术与现代技术的结合、理论教学与实验教学的结合，能及时反映电视技术最新的科技成果。TV principle: the principle of television is a theory and practice combined closely, principle and application course, is engaged in radio and television, multimedia communications and other areas of professional and technical personnel must possess the professional knowledge, is the Communication University of China Nanjing important basic courses. The principle of television the contents of the course include the traditional black-and-white television, color television transmission and display principle. Teaching content reflects the traditional techniques and modern technology, the combination of theoretical teaching and experimental teaching, can reflect the latest scientific and technological achievements of television technology.电磁场与电磁波：本课程的主要内容包括三部分：第一部分为分析矢量场时必须掌握的基本数学内容；第二部分为静态场的学习，包括静电场、恒定电场以及恒定磁场，要求掌握它们的基本方程、基本定理以及公式，能够分析静电场的基本问题以及简单的工程应用；第三部分为时变电磁场以及电磁波的学习，要求掌握麦克斯韦方程组、波动方程，以及在、半和导波装置中电磁波的分析方法，侧重点在第三部分。通过本课程的学习，要求学生在掌握一些必要的数学知识基础上，掌握电磁场的基本方程、基本定理和公式，加深对电磁场基本概念的理解，提高分析和解决电磁场问题的能力。Electromagnetic fields and electromagnetic waves: the main content of this course includes three parts: the first part is the analysis of vector field must master the basic content of mathematics; the second part is a static field of study, including electrostatic field, a constant electric field and constant magnetic field, requires knowledge of their basic equation, basic theorems and formulas, can analyze the electrostatic field basic problems and simple engineering application; the third part is a time-varying electromagnetic field and electromagnetic wave study, students are required to master the Maxwell equation, wave equation, as well as in half, and the wave guide device of electromagnetic wave analysis method, the emphasis in the third part of. Through the studying of this course, requires students to master some necessary mathematical knowledge foundation, grasp the fundamental equation of electromagnetic fields, basic theorems and formulas, deepen the understanding of the basic concepts of electromagnetic field, improve the analysis and solving the electromagnetic problem ability. 天线与电波传播：凡是借助于电磁波进行信息传输的系统，例如广播、电视、通讯、导航、雷达等，天线均是必不可少的重要组成部分。本课程的主要内容为微波技术，天线以及电波传播的理论基础；微波概念及传输线的特性，天线参数的定义与计算；线天线、口径天线和天线阵的分析方法；以及典型常用天线的工作原理、电性能分析和设计方法；天波的传播，地表面波的传播，视距传播。Antenna and propagation: usually by means of electromagnetic wave for information transmission system, such as radio, television, communication, navigation, radar, antenna are an essential part of. The main content in this course for the microwave technology, antennas and radio wave propagat