樊昌信，1952年毕业于北京大学，西安电子科技大学教授、博士生导师、中国通信学会咨询委员会委员。先后被评选为中国通信学会会士、中国电子学会会士、（美国）电气电子工程师学会终身会士IEEE Life Fellow。在科研领域有多项研究成果获省、部级科技进步一、二和三等奖。发表过通信工程领域学术论文100余篇、著译10余本，其中《通信原理》（1980年）一书曾获电子工业部优秀教材特等奖、国家教委优秀教材奖。《通信原理》教材先后被遴选为教育部普通高等教育九五、十五、十一五、十二五国家级规划教材。
目錄：
PARTⅠ
Chapter 1Introduction
11Historical Review of Communication
12Message,Information,and Signal
13Digital Communication
131Basic Concept
132Advantages of Digital Communication
133Digital Communication System Model
134Specifications of Digital Communication System
14Channel
141Wireless Channel
142Wired Channel
143Channel Models
144Influence of Channel Characteristics on Signal Transmission
15Noise in Channel
16Brief Summary
Questions
Exercises
Chapter 2Signals
21Classification of Signals
22Characteristics of Deterministic Signals
221Characteristics in Frequency Domain
222Characteristics in Time Domain
23Characteristics of Random Signals
231Probability Distribution of Random Variable
232Probability Density of Random Variable
24Examples of Frequently Used Random Variables
25Numerical Characteristics of Random Variable
251Mathematical Expectation
252Variance
253Moment
26Random Process
261Basic Concept of Random Process
262Stationary Random Process
263Ergodicity
264Autocorrelation Function and Power Spectral Density of Stationary Random Process
27Gaussian Process
28Narrow Band Random Process
281Basic Concept of Narrow Band Random Process
282Characteristics of Narrow Band Random Process
29Sinusoidal Wave plus Narrow Band Gaussian Process
210Signal Transfer through Linear Systems
2101Basic Concept of Linear Systems
2102Deterministic Signal Transfer through Linear Systems
2103Random Signal Transfer through Linear Systems
211Brief Summary
Questions
Exercises
Chapter 3Analog Modulation System
31Introduction
32Linear Modulation
321Amplitude Modulation （AM）
322Doublesideband Modulation （DSB）
323SingleSideband Modulation （SSB）
324Vestigial Sideband Modulation （VSB）
33Nonlinear Modulation
331Basic Principles
332Frequency Spectrum and Bandwidth of Modulated Signal
333Reception of Angular Modulated Signal
34Brief Summary
Questions
Exercises
Chapter 4Digitization of Analog Signal
41Introduction
42Sampling of Analog Signal
421Sampling of LowPass Analog Signal
422Sampling of BandPass Analog Signal
423Analog Pulse Modulation
43Quantization of Sampled Signal
431Principles of Quantization
432Uniform Quantization
433Nonuniform Quantization
44Pulse Code Modulation
441Basic Principles of Pulse Code Modulation
442Natural Binary Code and Fold Binary Code
443Quantization Noise in PCM System
45Differential Pulse Code Modulation
451Principles of Differential Pulse Code Modulation
452Quantization Noise and Signal to Quantization Noise Ratio in DPCM System
46Delta Modulation
461Principles of Delta Modulation
462Quantization Noise in Delta Modulation System
47Brief Summary
Questions
Exercises
Chapter 5Representation and Transmission of Baseband Digital Signal
51Introduction
52Coding Method of Character
53Waveform of Baseband Digital Signal
54Symbol Code Types of Baseband Digital Signals for Transmission
55Frequency Characteristic of Baseband Digital Signal
551Calculation of Power Spectral Density of vct
552Calculation of Power Spectral Density of uct
553Calculation of Power Spectral Density of st
554Examples of Power Spectral Density Calculation
56Transmission and Intersymbol Interference of Baseband Digital Signal
561Model of Baseband Digital Signal Transmission System
562Intersymbol Interference and Nyquist Criterion
563Partial Response System
57Eye Pattern
58Timedomain Equalizer
581Introduction
582Fundamental Principle of Transversal Filter
583Realization of Transversal Filter
59Brief Summary
Questions
Exercises
Chapter 6Elementary Digital Modulation System
61Introduction
62Binary Amplitude Shift Keying 2ASK
621Basic Principle
622Power Spectral Density
623Symbol Error Probability
63Binary Frequency Shift Keying 2FSK
631Basic Principle
632Power Spectral Density
633Minimum Frequency Space
634Symbol Error Probability
64Binary Phase Shift Keying 2PSK
641Basic Principle
642Power Spectral Density
643Symbol Error Probability
65Binary Differential Phase Shift Keying 2DPSK
651Basic Principle
652Power Spectral Density
653Symbol Error Probability
66Performance Comparison of Binary Digital Keying Transmission System
67Mary Digital Keying
671Mary Amplitude Keying MASK
672Mary Frequency Shift Keying MFSK
673Mary Phase Shift Keying MPSK
674Mary Differential Phase Shift Keying MDPSK
675AmplitudePhase Combination Keying APK
676Examples of Mary Digital Keying Practical Systems
68Brief Summary
Questions
Exercises
Chapter 7Synchronization
71Introduction
72Carrier Synchronization Method
721Pilot Insertion Method
722Direct Extraction Method
723Performance of Carrier Synchronization
73Bit Synchronization
731External Synchronization
732Self Synchronization
733Influence of Bit Synchronization Error on Symbol Error Probability
74Group Synchronization
741Introduction
742Concentrated Insertion Method
743Dispersed Insertion Method
744Performance of Group Synchronization
75Network Synchronization
751Introduction
752Openloop Method
753ClosedLoop Method
76Brief Summary
Questions
Exercises
PARTⅡ
Chapter 8Optimum Receiving of Digital Signal
81Statistical Characteristics of Digital Signal
82Optimum Receiving Criterion of Digital Signal
83Optimum Receiver for Deterministic Digital Signal
84Symbol Error Probability of Optimum Receiver for Deterministic Digital Signal
85Optimum Receiving of Random Phase Digital Signal
86Optimum Receiving of Fluctuation Digital Signal
87Performance Comparison of Practical Receiver and Optimum Receiver
88Matched Filtering Receiving Principle of Digital Signal
881Matched Filtering Receiving of Digital Signal
882Correlation Receiving of Digital Signal
89Optimum Baseband Transmission System
810Brief Summary
Questions
Exercises
Chapter 9Multiplexing and Multiple Access
91Introduction
92Frequency Division Multiplexing FDM
93Time Division Multiplexing TDM
931Plesiochronous Digital Hierarchy PDH
932Multiple Connection and Symbol Rate Justification
933Synchronous Digital Hierarchy SDH
94Code Division Multiplexing CDM
941Basic Principles
942Orthogonal Code
943Pseudorandom Code
95Multiple Access
951Frequency Division Multiple Access FDMA
952Time Division Multiple Access
953Multiple Access Techniques for Local Area Networks
96Brief Summary
Questions
Exercises
Chapter 10Channel Coding and Error Control
101Introduction
102Basic Principles of Error Control Coding
103Performance of Error Correction System
104ParityCheck Codes
105Linear Block Codes
106Cyclic Codes
1061Concept of Cyclic Codes
1062Operation of Cyclic Codes
1063Coding of Cyclic Codes
1064Decoding of Cyclic Codes
1065Truncated Cyclic Codes
1066BCH Codes
1067RS Codes
107Convolut
內容試閱：
INSTRUCTION ON THE THIRD EDITION
The second edition of this textbook has been published for 5 years. It is the time to revise it. The only change in the third edition is the addition of a new chapter,Chapter 14 MIMO.
MIMO is an abbreviation for MultipleInput and MultipleOutput technology. It is used in data links with multiple transmitting antennas and multiple receiving antennas. MIMO is quite different from intelligent antenna,and is able to take advantage of obtaining diversity receiving effect and increase of transmission capacity.
Communication systems with only one input and one output are discussed in previous chapters,but MIMO is not discussed. Today MIMO has been extensively adopted by some communication standards for cellular vehicle communications and WiFi,and it has been one of the fundamental principles of communications,so one new chapter is added in this edition.
INSTRUCTION ON THE SECOND EDITION
The first edition of this textbook has been published for 5 years. It is the time to revise it. In addition to error correction and improvement on description,the main differences between the second edition and the first edition are as follows.
In recent years,the technology on telecommunication networks has developed rapidly. Many new networking technologies and new network functions emerge endlessly,especially in the field of wireless vehicle communication. Today,cellular vehicle communication network with 4G performance has been spread extensively in China and WiFi has benefited most of the notebook computer and mobile phone users. Bluetooth,RFID,GPS,and NFC are used more and more popular. Those new developed technologies and applications cant be included in a textbook which is belonging to the scope of fundamental principle of communication. On the other hand,some old networking technologies are gradually declined,such as ISDN,ATM,and so forth. Hence,the chapter on communication networks in the first edition is deleted.
Along with the capacity of communication system increasing and the communication channel rapidly digitizing,multimedia communication has been extensively used. Multimedia technology is closely relevant to source compression coding which includes speech compression coding,image compression coding and digital data compression coding. So,the contents on source compression coding are enhanced in the second edition,and the contents on information theory are reduced.
Preface
In recent years，communication theory and technology has witnessed rapid development. In China，the application of telecommunication service has penetrated into almost every household and every person. The huge modern communication networks have been one of the important infrastructures in China. Correspondingly，the amount of telecommunication enterprises and employees there has also been increasing remarkably. Under this situation，the education of the new specialized personnel in the telecommunication field and the reeducation of the personnel in service have become important tasks. In addition，bilingual teaching is a new requirement in Chinese institutions of higher learning，and its importance has been recognized by more and more people. However，there is lack of appropriate textbooks in English on communication theory for Chinese students. This textbook is intended to accommodate the demand.
The current communication networks in China have almost all been digitized. Signals transmitted in Chinas public communication networks are mainly digital ones;only the signals transmitted in the users loop and those signals for special applications are still analog. Hence，the discussion of analog signal transmission techniques is limited to a minimum，and the greater part of this book is devoted to discussions of digital communication including transforming，encoding and transmission of digital signals，as well as the digitization of analog signals.
In the discussion on digital communication technology，some new communication technologies have been emphasized，for example，trellis code modulation TCM，orthogonal frequency di
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