本章所要研究的问题是：讯变情况下，电磁场的运动方式和规律。根据Maxwell方程，我们知道变化的电场和磁场可以互相激发，形成在空间中传播的电磁波。所以本章着重探讨的是电磁波的存在形式和运动方式。 §4.1平面电磁波 Plane Electromagnetic Wave §4.2 单色平面电磁波在介质界面上的反射和折射 Reflection and Refraction of Monochromatic Plane Electromagnetic Wave at Interface of Medium §4.3 有导体存在时电磁波的传播 Electromagnetic Wave Propagation in Conduction Medium §4.4 电磁波在波导中的传播 Electromagnetic Wave Propagation in Wave Guide §4.5 等离子体中电磁波和表面等离激元 Electromagnetic Wave in Plasma and Surface Plasmon Polariton (SPP) §4.6 高斯光束 Gaussian Beam

01 孕产妇常见病原微生物 Maternal Common Pathogens 02 妊娠期常见感染性疾病 Common Infectious Diseases During Pregnancy 03 围产期抗菌药物的应用 Application of antibiotics in perinatal period 04 孕产妇抗菌药物的合理选择 Rational Choice of Antibiotic Drug in Maternal

• Introduction • The i-vector methodology of speaker recognition • The d-vector methodology of speaker recognition • The end-to-end methodology of speaker recognition • Inter-speaker variability in speaker recognition • Example of variations in speaker recognition • State-of-art approach in SRE

§3.1 Review of Random Processes 随机过程回顾 §3.2 Thermal Noise 热噪声 §3.3 Noise in Linear System 线性系统中的噪声 §3.4 Basic Threshold Detection 基本的门限检测 §3.5 Noise Temperature and Noise Figure 噪声温度和噪声系数 §3.6 Noise Figure of Passive Networks 无源网络的噪声系数 §3.7 Dynamic Range and Intermodulation Distortion 动态范围和交调失真

In the chapter we first shall consider the nodal analysis and introduce the networks containing dependent sources. In addition later in the chapter we shall consider state(状态)- variable analysis

1 A problem in perceptron 2 Linear SVM in LSC 3 SVM in LIC 4 Kernel Functions 5 Nonlinear SVM 6 SMO Algorithm

In this chapter we will extend the concepts which have been presented in the preceding chapter so as to develop general methods of phasor analysis for circuits which are under conditions of sinusoidal steady-state excitation. The methods are very similar to those for resistance circuits which were presented in Chap.2

10.1 Introduction 10.2 Pipeline interleaving in digital filters 10.3.1 Pipelining for 1st-Order IIR Filters 10.3.2 Look-Ahead Pipelining with Power-of-2 Decomposition 10.3.3 Look-Ahead Pipelining with General Decomposition 10.4 Pipelining in Higher-order IIR Digital Filters 10.5 Parallel Processing in IIR Filters

§1.1 叠加原理（principle of super positionector analysis） §1.2 电场（electric field） §1.3 磁场（magnetic field） §1.4 真空中的麦克斯韦方程Maxwell’s equation in vacuum §1.7 电磁场的边值关系（boundary conditions） §1.5介质的电性质（Electric fields in matter） §1.6介质的磁化（magnetic fields in matter） §1.8 电磁场的能量和能流（charge and Energy）

In this chapter we introduce a circuit element that is very important in circuit design, the operational amplifier.This element will be used extensively in the studies of future chapters. Here we consider its use with resistors only to perform the algebraic functions of multiplication, addition and subtraction