6.1 电磁场定理 6.2 单端口网络性质 6.3 互易性质 6.4 无耗性质 6.5 对称双端口性质

5.1 传输线网络 5.2 不连续性网络 5.3 微波网络建模

一、戴维宁等效和最大功率输出 二、电压反射系数 三、功率反射系数 四、广义S参数

一、散射参数（S参数） 二、散射参数最佳传输 三、散射参数研究的特殊性

一、传输参数（A参数） 二、传输参数最佳传输 三、思想汲取 四、最佳传输一般讨论

一、网络思想和概念 二、线性网络的语言——矩阵 三、网络的内容和对象 四、波网络的特点

Chapter 1 Introduction Chapter 2 Entropy & Mutual Information (Shannon’s measure of information) Chapter 3 The Asymptotic Equipartition Property (渐进等同分割性) Chapter 4 Entropy Rates of a Stochastic Process Chapter 5 Coding for Discrete Sources Chapter 6 Channel Capacity Chapter 7 The Gaussian Channel Chapter 8 Rate Distortion Theory Chapter 9 复习

8.1 Introduction 8.2 MIMO System Model 8.3 Fundamental Capacity Limits of MIMO Channels 8.4 Capacity of MIMO Rayleigh Fading Channels (Random MIMO Channels) 8.5 Influence of Channel-State Information [Biglieri05] 8.6 Design of MIMO Systems

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

5.9 级联TCM 5.10 Multilevel Codes and Multistage Decoding 5.11 Bit-Interleaved Coded Modulation (BICM) with Iterative Decoding 5.13 Combined Coding and Shaping 5.14 Implementation Considerations and Application Examples