UnderstandingLTEwithMATLAB

UnderstandingLTEwithMATLAB
wily2014年新书UnderstandingLTEwithMATLABContentsPrefacexiiiListofAbbreviationsxvii1Introduction11.1QuickOverviewofWirelessStandards11.2HistoricalProfileofDataRates41.3IMT-AdvancedRequirements41.43GPPandLTEStandardization51.5LTERequirements51.6TheoreticalStrategies61.7LTE-EnablingTechnologies71.7.1OFDM71.7.2SC-FDM81.7.3MIMO81.7.4TurboChannelCoding81.7.5LinkAdaptation91.8LTEPhysicalLayer(PHY)Modeling91.9LTE(Releases8and9)111.10LTE-Advanced(Release10)111.11MATLAB?andWirelessSystemDesign111.12OrganizationofThisBook11References122OverviewoftheLTEPhysicalLayer132.1AirInterface132.2FrequencyBands142.3UnicastandMulticastServices142.4AllocationofBandwidth162.5TimeFraming172.6Time朏requencyRepresentation172.7OFDMMulticarrierTransmission202.7.1CyclicPrefix212.7.2SubcarrierSpacing22viContents2.7.3ResourceBlockSize222.7.4Frequency-DomainScheduling222.7.5TypicalReceiverOperations232.8Single-CarrierFrequencyDivisionMultiplexing232.9ResourceGridContent242.10PhysicalChannels252.10.1DownlinkPhysicalChannels262.10.2FunctionofDownlinkChannels272.10.3UplinkPhysicalChannels302.10.4FunctionofUplinkChannels302.11PhysicalSignals312.11.1ReferenceSignals312.11.2SynchronizationSignals332.12DownlinkFrameStructures342.13UplinkFrameStructures352.14MIMO352.14.1ReceiveDiversity362.14.2TransmitDiversity372.14.3SpatialMultiplexing382.14.4BeamForming392.14.5CyclicDelayDiversity402.15MIMOModes402.16PHYProcessing412.17DownlinkProcessing412.18UplinkProcessing432.18.1SC-FDM442.18.2MU-MIMO442.19ChapterSummary45References463MATLAB?forCommunicationsSystemDesign473.1SystemDevelopmentWorkflow473.2ChallengesandCapabilities483.3Focus493.4Approach493.5PHYModelsinMATLAB493.6MATLAB493.7MATLABToolboxes503.8Sim 本软件ID:7546273