通信原理（英文版）

图书标准信息

• 作者 樊昌信、孙天义 著
• 出版社 电子工业出版社
• 出版时间 2010-07
• 版次 1
• ISBN 9787121109591
• 定价 55.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 438页
• 字数 720千字
• 正文语种 英语

【内容简介】

Onthebasisofintroducingtheprinciplesofanalogcommunication，thebookisfocusedontheprinciplesofdigitalcommunication，anddescribesthecommunicationsystemconstitute，thespecifications，theoperationprinciples，theperformanceanalysis，andthedesignmethods.Newcommunicationsystemsandtechnologiesdevelopedrecentlyareemphasized.
ThebookissuitableforelectronicspecialtiesofengineeringschoolinChinesegeneralinstitutionsofhigherlearningasthetextbookorreferenceforthejuniorandseniorstudentsandgraduatestudents，andcanalsobeusedasareferencebookoratextbookintheadvancedstudyclassesfortheengineeringandtechnicalpersonnelengagedincommunicationengineering.

【作者简介】

FanChangxinwasgraduatedfromPekingUniversityin1952.HeiswithXidianUniversity，xilan，ChinaasaProfessoranddoctoralsupervisor，andiselectedFellowofCIE.FellowofCIC.andFellowofIEEE.Hepublishedmorethan100papersandmorethan10booksintheareaofcommunicationengineeringandtechnology.Amongthem，thetextbookuntitled“PrincipiesofCommunication”（1980，inChinese）wasawardedthetopgradeprizeforexcellenttextbooksfromtheMEIofChinaandtheprizeforexcellenttextbooksfromtheStateEducationCommissionofChina.
SunTianyiwasgraduatedfromBeijingCatholic（FuJen）University，in1952andwasbestowedHonoraryDoctoralDegreebyBowlingGreenStateUniversity，Ohio，USA，in1994.HeisaProfessorEmeritusandformerPresidentofXianInternationalStudiesUniversity，HonoraryPresidentofShaanxiTranslationAssociation，andtheformerVicePresidentofTranslatorsAssociationofChina.Hehaswritten，translatedandreviewed：anumberofbooks，dictionaries，andEnglishtextbooks.

【目录】

PARTⅠ
Chapter1Introduction
1.1HistoricalReviewofCommunication
1.2Message，Information，andSignal
1.3DigitalCommunication
I.3.1BasicConcept
1.3.2AdvantagesofDigitalCommunication
1.3.3DigitalCommunicationSystemModel
1.3.4SpecificationsofDigitalCommunicationSystem
1.4Channel
1.4.1WirelessChannel
1.4.2WiredChannel
1.4.3ChannelModels
1.4.4InfluenceofChannelCharacteristicsonSignalTransmission
1.5NoiseinChannel
1.6BriefSummary
Questions
Exercises

Chapter2Signals
2.1ClassificationofSignals
2.2CharacteristicsofDeterministicSignals
2.2.1CharacteristicsinFrequencyDomain
2.2.2CharacteristisinTimeDomain
2.3CharacteristicsofRandomSignals
2.3.1ProbabilityDistributionofRandomVariable
2.3.2ProbabilityDensityofRandomVariable
2.4ExamplesofFrequentlyUsedRandomVariables
2.5NumericalCharacteristicsofRandomVariable
2.5.1MathematicalExpectation
2.5.2Variance
2.5.3Moment
2.6RandomProcess
2.6.1BasicConceptofRandomProcess
2.6.2StationaryRandomProcess
2.6.3Ergodicity
2.6.4AntocorrelationFunctionandPowerSpectralDensityofStationaryRandomProcess
2.7GaussianProcess
2.8NarrowBandRandomProcess
2.8.1BasicConceptofNarrowBandRandomProcess
2.8.2CharacteristicsofNarrowBandRandomProcess
2.9SinusoidalWaveplusNarrowBandGaussianProcess
2.10SignalTransferthroughLinearSystems
2.10.1BasicConceptofLinearSystems
2.10.2DeterministicSignalTransferthroughLinearSystems
2.10.3RandomSignalTransferthroughLinearSystems
2.1BriefSummary
Questions
Exercises

Chapter3AnalogModulationSystem
3.1Introduction
3.2Linear-Modulation
3.2.1AmplitudeModulation（AM）
3.2.2Double-SidebandModulation（DSB）
3.2.3Single-SidebandModulation（SSB）
3.2.4VestigialSidebandModulation（VSB）
3.3NonlinearModulation
3.3.1BasicPrinciples
3.3.2FrequencySpectrumandBandwidthofModulatedSignal
3.3.3ReceptionofAngularModulatedSignal
3.4BriefSummary
Questions
Exercises

Chapter4DigitizationofAnalogSignal
4.1Introduction
4.2SamplingofAnalogSignal
4.2.1SamplingofLow-PassAnalogSignal
4.2.2SamplingofBand-PassAnalogSignal
4.2.3AnalogPulseModulation
4.3QuantizationofSampledSignal
4.3.1PrinciplesofQuantization
4.3.2UniformQuantization
4.3.3NonuniformQuantization
4.4PulseCodeModulation
4.4.1BasicPrinciplesofPulseCodeModulation
4.4.2NaturalBinaryCodeandFoldBinaryCode
4.4.3QuantizationNoiseinPCMSystem
4.5DifferentialPulseCodeModulation
4.5.1PrinciplesofDifferentialPulseCodeModulation
4.5.2QuantizationNoiseandSignaltoQuantizationNoiseRatioinDPCMSystem
4.6DeltaModulation
4.6.1PrinciplesofDeltaModulation
4.6.2QuantizationNoiseinDeltaModulationSystem
4.7BriefSummary
Questions
Exercises

Chapter5RepresentationandTransmissionofBasebandDigitalSignal
5.1Introduction
5.2CodingMethodofCharacter
5.3WaveformofBasebandDigitalSignal
5.4SymbolCodeTypesofBasebandDigitalSignalsforTransmission
5.5FrequencyCharacteristicofBasebandDigitalSignal
5.5.1CalculationofPowerSpectralDensityofvo（t）
5.5.2CalculationofPowerSpectralDensityofuc（t）
5.5.3CalculationofPowerSpectralDensityofs（t）
5.5.4ExamplesofPowerSpectralDensityCalculation
5.6TransmissionandIntersymbolInterferenceofBasebandDigitalSignal
5.6.1ModelofBasebandDigitalSignalTransmissionSystem
5.6.2IntersymbolInterferenceandNyquistCriterion
5.6.3PartialResponseSystem
5.7EyePattern
5.8Time-domainEqualizer
5.8.1Introduction
5.8.2FundamentalPrincipleofTransversalFilter
5.8.3RealizationofTransversalFilter
5.9BriefSummary
Questions
Exercises

Chapter6ElementaryDigitalModulationSystem
6.1Introduction
6.2BinaryAmplitudeShiftKeying（2ASK）
6.2.1BasicPrinciple
6.2.2PowerSpectralDensity
6.2.3SymbolErrorProbability
6.3BinaryFrequencyShiftKeying（2FSK）
6.3.1BasicPrinciple
6.3.2PowerSpectralDensity
6.3.3MinimumFrequencySpace
6.3.4SymbolErrorProbability
6.4BinaryPhaseShiftKeying（2PSK）
6.4.1BasicPrinciple
6.4.2PowerSpectralDensity
6.4.3SymbolErrorProbability
6.5BinaryDifferentialPhaseShiftKeying（2DPSK）
6.5.1BasicPrinciple
6.5.2PowerSpectralDensity
6.5.3SymbolErrorProbability
6.6PerformanceComparisonofBinaryDigitalKeyingTransmissionSystem
6.7M-aryDigitalKeying
6.7.1M-aryAmplitudeKeying（M-ASK）
6.7.2M-aryFrequencyShiftKeying（M-FSK）
6.7.3M-aryPhaseShiftKeying（M-PSK）
6.7.4M-aryDifferentialPhaseShiftKeying（M-DPSK）
6.7.5Amplitude/PhaseCombinationKeying（APK）
6.7.6ExamplesofM-aryDigitalKeyingPracticalSystems
6.8BriefSummary
Questions
Exercises

Chapter7Synchronization
7.1Introduction
7.2CarrierSynchronizationMethod
7.2.1PilotInsertionMethod
7.2.2DirectExtractionMethod
7.2.3PerformanceofCarrierSynchronization
7.3BitSynchronization
7.3.1ExternalSynchronization
7.3.2SelfSynchronization
……
PARTⅡ