西安电子科技大学：《数字通信理论与系统》课程教学课件（研究生）第8章 信道编码

西安电子科技大学：《数字通信理论与系统》课程教学课件（研究生）第7章 通信信道与无线链路

西安电子科技大学：《数字通信理论与系统》课程教学课件（研究生）第5章 AWGN信道下的数字解调

西安电子科技大学：《数字通信理论与系统》课程教学课件（研究生）第3章 通信信源与信源编码

西安电子科技大学：《数字通信理论与系统》课程教学课件（研究生）第1章 绪论（主讲：孙永军）

The research on wireless communications has received many attentions. The underlying physical channels may be characterized as time-varying fading channels. In this chapter, we will study communications over fading channels from an information-theoretic point of view. Many state-of-the-art coding and modulation schemes, including space-time codes, will be introduced

5.1 编码调制的基本原理 5.2 Coding Gain and Shaping Gain 5.3 Lattice Constellations 5.4 Trellis-Coded Modulation (TCM) 5.5 Performance Evaluation of TCM 5.6 Lattice-Type Trellis Codes

4.8.1 Definitions and Basic Concepts 4.8.2 Encoding of LDPC Codes 4.8.3 Decoding of LDPC codes 4.8.4 Density Evolution (Analysis of LDPC Codes on Symmetric Binary Input Channels) 4.8.6 Design and Construction of LDPC codes - Overview 4.8.8 Accumulator-Based LDPC Codes 4.8.9 Nonbinary LDPC codes 4.8.10 Performance Analysis of ML-Decoded LDPC Codes 4.8.11 More on Encoding 4.8.12 Applications of LDPC Codes

4.1 Introduction 4.2 Binary Turbo Codes 4.3 Principle of Iterative Decoding Algorithm 4.4 ML Performance Analysis of Binary Turbo Codes 4.5 Convergence Analysis of Iterative Decoding via EXIT Charts

西安电子科技大学：《现代数字通信与编码理论》课程教学资源（讲义）Chapter 02 Modulation and Coding for Ideal Gaussian channels