Preface
Chapter1Introduction
1.1ElementsofaDigitalCommunicationSystem
1.2CommunicationChannelsandTheirCharacteristics
1.3MathematicalModelsforCommunicationChannels
1.4AHistoricalPerspectiveintheDevelopmentofDigitalCommunications
1.5OverviewoftheBook
1.6BibliographicalNotesandReferences
Chapter2DeterministicandRandomSignalAnalysis
2.1BandpassandLowpassSignalRepresentation
2.2SignalSpaceRepresentationofWaveforms
2.3SomeUsefulRandomVariables
2.4BoundsonTailProbabilities
2.5LimitTheoremsforSumsofRandomVariables
2.6ComplexRandomVariables
2.7RandomProcesses
2.8SeriesExpansionofRandomProcesses
2.9BandpassandLowpassRandomProcesses
2.10BibliographicalNotesandReferencesProblems
Chapter3DigitalModulationSchemes
3.1RepresentationofDigitallyModulatedSignals
3.2MemorylessModulationMethods
3.3SignalingSchemeswithMemory
3.4PowerSpectrumofDigitallyModulatedSignals
3.5BibliographicalNotesandReferencesProblems
Chapter4OptimumReceiversforAWGNChannels
4.1WaveformandVectorChannelModels
4.2WaveformandVectorAWGNChannels
4.3OptimalDetectionandErrorProbabilityforBand-LimitedSignaling
4.4OptimalDetectionandErrorProbabilityforPower-LimitedSignaling
……
Chapter5CartierandSymbolSynchronization
Chapter6AnIntroductiontoInformationTheory
Chapter7LinearBlockCodes
Chapter8TrellisandGraphBasedCodes
Chapter9DigitalCommunicationThroughBand-LimitedChannels
Chapter10AdaptiveEqualization
Chapter11MultichannelandMulticarrierSystems
Chapter12SpreadSpectrumSignalsforDigitalCommunications
Chapter13FadingChannelsI:CharacterizationandSignaling
Chapter14FadingChannelsII"CapacityandCoding
Chapter15Multiple-AntennaSystems
Chapter16MultiuserCommunications
Appendices
AppendixAMatrices
AppendixBErrorProbabilityforMultichannelBinarySignals
AppendixCErrorProbabilitiesforAdaptiveReceptionofM-PhaseSignals
AppendixDSquareRootFactorization
ReferencesandBibliography
Index