通信原理(双语)简明教程(第2版)

1星价 ¥48.3 (7.0折)

2星价￥48.3 定价￥69.0

作者：朱艳萍

出版社：清华大学出版社

本类榜单：教材

分类：教材 > 研究生/本科/专科教材 > 工学

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ISBN：9787302653394
装帧：平装-胶订
册数：暂无
重量：暂无
开本：其他
页数：228
出版时间：2024-02-01
条形码：9787302653394 ; 978-7-302-65339-4

本书特色

本书围绕通信系统中的模拟通信和数字通信展开，详细介绍了通信系统中常用的各种调制解调方法、编码和译码方法以及相关理论知识，并附有MATLAB仿真及通信实验箱相关实验。本书适合作为电子信息、通信工程和计算机等相关专业本科生教学用书，也可作为从事通信工作的工程技术人员的参考书。本书的编写突出以下特点：
?注重系统的概念和通信系统中知识点的前后连贯性及理论联系实际，帮助学生掌握和熟悉通信系统的基本理论和分析方法，为后续课程打下良好的基础。
?针对目前已有的相关英文原版教材篇幅较大、理解较难等问题，以英文为主，中文关键词为辅，深入浅出、通俗易懂，有助于提高学生英文文献的读写能力，为后续毕业设计时的英文文献阅读做准备。
讲解力求突出重点、难点和研究意义，减少数学推导，注重知识的前后对比与联系，并配有思维导图帮助学生梳理每章知识点，从而从整体系统的角度对通信系统展开讲解，提高学生的学习能力和理解能力。

内容简介

本书重点介绍通信系统中各种通信信号的产生、传输和调制解调的基本理论和方法，使学生熟悉并掌握通信系统的基本理论和分析方法，为后续课程打下良好的基础。在通信系统数学模型和相关数学工具的基础上，本书着重介绍模拟调制系统、数字基带/频带系统、模拟信号的数字传输系统等内容，涉及经典的调制解调、编码译码方法，并注重从系统的角度进行分析和理解。全书共8章，各章之间既独立又相互联系；为了把知识点和相互关系清晰地表示出来，各章首一般都有思维导图。在学习过程中应注重学习方法和技巧的总结，从系统和全局的角度对教材进行整体把握。本书适合电子信息、通信工程和计算机等相关专业本科生学习使用。

Chapter 1Introduction 1.1Basic concepts and models of communication system 1.1.1Communication system model 1.1.2Analog communication model 1.1.3Digital communication model 1.2The classification of communication systems 1.2.1Modulation mode 1.2.2Division of frequency band 1.3Information and its measurement 1.4The main performance index of communication systems Summary and discussion Homework Vocabulary
Chapter 2Random processes 2.1Basic concepts of random processes (definition of random processes) 2.1.1Definition 2.1.2Numerical characteristics of a random process 2.2Stationary random process 2.2.1Definition 2.2.2Ergodicity 2.2.3Autocorrelation function of stationary random processes 2.2.4Power spectral density 2.3Gaussian process 2.4Transmission of a random process through a linear timeinvariant (LTI) filter 2.5Narrowband random process 2.6Sine wave plus narrowband Gaussian noise 2.7Gaussian white noise and band pass white noise Summary and discussion Homework Vocabulary
Chapter 3Channel 3.1The classification of channels 3.1.1Wireless channels 3.1.2Wire channel 3.2Channel models 3.2.1Modulation channel model (调制解调模型) 3.2.2Coding channel model (编码信道模型) 3.3Influence of the channel characteristics on transmission (for modulation model) 3.3.1Influence of constant parameter channel on signal transmission 3.3.2Influence of random parameter channel of signal transmission 3.4Channel capacity (continuous channel) Summary and discussion Homework Vocabulary and terminologies Chapter 4Continuouswave modulation (analog modulation system) 4.1Introduction 4.2Linear modulation 4.2.1AM 4.2.2Doublesideband modulation 4.2.3Singlesideband modulation 4.2.4Vestigial sideband modulation 4.3Antinoise performance of linear demodulation 4.3.1Noise in linear receiver using coherent detection 4.3.2Noise in AM receivers using envelope detection Homework (part 1) 4.4Angle modulation (nonlinear modulation process) 4.4.1Basic definitions 4.4.2NBFM(窄带调频) 4.4.3Wideband frequency modulation (WBFM) 4.4.4Generating an FM signal 4.4.5Demodulation of FM signals 4.4.6Noise in FM receivers 4.5Frequencydivision multiplexing(频分复用) Summary and discussion Homework (part 2) Terminologies Chapter 5Pulse modulation 5.1Sampling process 5.2Analog pulse modulation (模拟脉冲调制) 5.3Quantization process (量化过程)of sampled signal 5.3.1Uniform quantization (均匀量化) 5.3.2Nonuniform quantization 5.4PCM(pulse code modulation,脉冲编码调制) 5.4.1The principle of PCM 5.4.2Noise in PCM system 5.4.3Delta modulation (增量调制) 5.4.4DPCM (differential pulse code modulation，差分脉冲调制) 5.5TDM(timedivision multiplexing,时分复用) Summary and discussion Homework Terminologies Chapter 6Baseband pulse transmission 6.1Waveform and frequency characteristics of baseband digital signal 6.1.1Waveform of baseband digital signal 6.1.2Symbol code types of baseband digital signals for transmission 6.1.3Frequency characteristic 6.2Matched filter 6.3Error rate due to noise 6.3.1Binary polar baseband system 6.3.2The unipolar baseband system 6.4Intersymbol Interference 6.4.1Nyquist’s criterion Ⅰ 6.4.2Nyquist’s criterion Ⅱ 6.5Eye pattern Summary and discussion Homework Terminologies Chapter 7Passband data transmission (digital passband transmission) 7.1The basic principle of three digital passband modulation 7.1.1ASK 7.1.2FSK 7.1.3PSK (absolute phase shift keying) 7.1.4DPSK (differential PSK) 7.2Antinoise performance of digital passband modulation system 7.2.1Bit error rate of ASK 7.2.2Bit error rate of 2FSK 7.2.3Bit error rate of PSK 7.2.4Performance comparison of digital keying transmission system 7.3Hybrid amplitude/phase modulation schemes 7.4OFDM system Summary and discussion Homework Terminologies
Chapter 8Further reading： new technologies in communication systems 8.1Compressive sensing (CS) 8.1.1Introduction 8.1.2The mathematics theory 8.1.3Application 8.2Ultra wideband (UWB) system 8.2.1The definition of UWB 8.2.2Comparison with other wireless communications 8.2.3Feature of UWB 8.2.4Impulse modulation signal in UWB signal 8.2.5The application of UWB 8.3MIMO technology 8.3.1The model of MIMO 8.3.2Applications 附录AMATLAB仿真实验 Experiment 1Continuouswave modulation (corresponding to Chapter 4) Experiment 2Pulse modulation (corresponding to Chapter 5) Experiment 3Digital passband transmission(corresponding to Chapter 7) 附录B实验箱实验实验一各种模拟信号源实验实验二脉冲编码调制PCM 实验三AMI/HDB3编码和译码过程实验实验四FSK调制解调实验实验五通信系统综合实验附录C误差函数表参考文献

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作者简介

朱艳萍南京信息工程大学副教授，硕士生导师。毕业于南京理工大学电子工程与光电学院，获信息与通信工程博士学位，英国雷丁大学和谢菲尔德大学访问学者，主讲“通信原理（双语）”“雷达原理（全英文）”“信号与系统（全英文）”等多门课程，长期从事信号处理的基础和应用研究。主要研究方向为雷达/通信信号处理、脑电波（EEG）情绪智能识别算法、超宽带定位及微波近距离成像等。主持并完成国家自然科学青年基金1项，主研国家重点研发计划1项、国家自然科学基金3项，发表学术论文20余篇，获授权发明专利10余项。

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