通信系统电子通信中的信号与噪声概论 第五版（清华版双语教学用书 英文）
作 者： （美）卡尔森 等著
出版时间： 2012
丛编项： 清华版双语教学用书
内容简介
《通信系统：电子通信中的信号与噪声概论（第5版）（清华版双语教学用书）》系统论述了模拟通信系统和数字通信系统的分析方法、设计原则以及硬件实现。《通信系统：电子通信中的信号与噪声概论（第5版）（清华版双语教学用书）》尤其适合作为电子信息与通信工程专业、计算机工程专业的高年级本科生或低年级硕士研究生的教学用书。本书最新版（第5版）的突出特色是不仅配有MATLAB的应用实例，还在各章章未增加了思考问题来加深读者对该章知识的理解。同时，新版也增加了大量通信系统设计的实例，非常有助于读者理解通信系统的概念及其意义。本书增加了大量当前最新应用的通信技术方面的知识内容，力求更为全面地涵盖和阐释模拟和数字通信系统的基本理论。本书新增内容和特点1．拓展内容：无线通信中的无线电波传播原理，扩频通信技术（包括多址接入技术、无线通信系统、RAKE接收机、WCDMA/CDMA2（XX）系统、IS-95系统、GSM系统）；OFDM和多载波调制技术；超宽带系统；WiFi和WiMax系统；信道均衡技术。2．每·章节后新增思考问题用来巩固对书中内容的理解与掌握，应用实例可以帮助学小较好提高解决问题的能力。3．在本书提供的网站上增加了MATLAB实例和问题，帮助学生更好的掌握新的概念。4．新增例题、习题，并在每章节后增加了问题。5．新的缩略语和数学符号。6．加强教学法：为了能让学生能更好地掌握每章内容，本书在每章的开始就列出了本章的章节概述以及本章的学习目的（从第2章开始）；关键内容部分，文字用黑体加粗；选修内容用星号标注；关键的概念和理论则用方框加以圈释。
目录
The numbers in parentheses after section titles identify previous sections that contain the minimum prerequisite material.
Chapter 1
Introduction
1.1 Elements and Limitations of Communication Systems
Information, Messages, and Signals
Elements of a Communication System
FundamentaILimitations
1.2 Modulation and Coding
Modulation Methods
Modulation Benefits and Applications
Coding Methods and Benefits
1.3 Electromagnetic Wave Propagation Over
Wireless Channels
RF Wave Deflection
Skywave Propagation
1.4 Emerging Developments
1.5 Societallmpact and Historical
Perspective
HistoricaIPerspective
1.6 Prospectus
Chapter 2
Signals and Spectra
2.1 Line Spectra and Fourier Series
Phasors and Line Spectra
Periodic Signals and Average Power
Fourier Series
Convergence Conditions and-Gibbs Phenomenon
Parseval's Power Theorem
2.2 Fourier Transforms and Continuous Spectra（2.1）
Fourier Transforms
Symmetric and Causal Signals
Rayleigh's Energy Theorem
Duality Theorem
Transform Calculations
2.3 Time and Frequency Relations （2.2）
Superposition
Time Delay and Scale Change
Frequency Translation and Modulation
Differentiation and Integration
2.4 Convolution （2.3）
Convolutionlntegral
Convolution Theorems
2.5 Impulses and Transforms
in the Limit （2.4）
Properties of the Unit Impulse
Impulses in Frequency
Step and Signum Functions
Impulses in Time
Chapter 3
SignalTransmission and Filtering
3.1 Response of LTI Systems （2.4）
Impulse Response and the Superposition Integral
Transfer Functions and Frequency Response
Block-DiagramAnalysis
3.2 Signal Distortion in Transmission（3.1）
Distortionless Transmission
Linear Distortion
3.3 Transmission Loss and Decibels （3.2）
Power Gain
Transmission Loss and Repeaters
Radio Transmission
3.4 Filters and Filtering （3.3）
Ideal Filters
Bandlimiting and Timelimiting
Real Filters
Pulse Response and Risetime
3.5 Quadrature Filters and Hilbert
Transforms （3.4）
3.6 Correlation and SpectraIDensity （3.4）
Correlation of Power Signals
Correlation ofEnergy Signals
Spectral Density Functions
Chapter 4
Linear CW Modulation
4.1 Bandpass Signals and Systems （3.4）
Analog Message Conventions
Bandpass Signals
BandpassTransmission
Bandwidth
4.2 Double-SidebandAmplitude
Modulation （4.1）
AM Signals and Spectra
DSB Signals and Spectra
Tone Modulation and Phasor Analysis
4.3 Modulators and Transmitters （4.2）
Product Modulators
Square-Law and Balanced Modulators
4.4 Suppressed-SidebandAmplitude
Modulation （3.5,4.3）
SSB Signals and Spectra
SSB Generation
VSB Signals and Spectra
4.5 Frequency Conversion and
Demodulation （4.4）
Frequency Conversion
Synchronous Detection
Envelope Detection
Chapter 5
Angle CW Modulation
5.1 Phase and Frequency Modulation（4.3）
PM and FM Signals
Narrowband PM and FM
Tone Modulation
Multitone and Periodic Modulation
5.2 Transmission Bandwidth and Distortion （5.1）
Transmission Bandwidth Estimates
Linear Distortion
Nonlinear Distortion and Limiters
Chapter 6
Sampling and Pulse Modulation
6.1 Sampling Theory and Practice（2.6,4.2）
Chopper Sampling
Ideal Sampling and'Reconstruction
Practical Sampling and Aliasing
6.2 Pulse-Amplitude Modulation （6.1）
Flat-Top Sampling and PAM
Chapter 7
AnalogCommunicationSystems
7.1 Receivers for CW Modulation（2.6,4.5,5.3）
SuperheterodyneReceivers
Direct Conversion Receivers
Special-PurposeReceivers
Receiver Specifications
7.2 Multiplexing Systems （4.5,6.1）
Frequency-DivisionMultiplexing
Quadrature-CarrierMultiplexing
Time-DivisionMultiplexing
7.3 Phase-Locked Loops （7.1）
PLL Operation and Lock-In
Synchronous Detection and Frequency
Synthesizers
Linearized PLL Models and FM
Detection
Chapter 8
Probability and RandomVariables
Chapter 9
Random Signals and Noise
9.1 Random Processes （3.6, 8.4）
Ensemble Averages and Correlation Functions
Ergodic and Stationary Processes
Gaussian Processes
9.2 Random Signals （9.1）
PowerSpectrum
Superposition and Modulation
Filtered Random Signals
9.3 Noise （9.2）
Thermal Noise and Available Power
White Noise and Filtered Noise
Noise Equivalent Bandwidth
System Measurements Using White Noise
9.4 Baseband SignalTransmission With Noise （9.3）
……
Chapter 10
Chapter 11
Chapter 12
Chapter 13
Chapter 14
Chapter 15
Chapter 16
