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首页 bbb-book-sample-chaps.pdf

bbb-book-sample-chaps.pdf

bbb-book-sample-chaps.pdf

上传者: hailooloo 2011-10-10 评分 0 0 0 0 0 0 暂无简介 简介 举报

简介:本文档为《bbb-book-sample-chapspdf》,可适用于IT/计算机领域,主题内容包含AdaptiveWirelessTransceivers:TurboCoded,TurboEqualisedandSpaceTimeCodedTDM符等。

AdaptiveWirelessTransceivers:TurboCoded,TurboEqualisedandSpaceTimeCodedTDMA,CDMA,MCCDMAandOFDMSystemsbycLHanzo,CHWong,MSYeeDepartmentofElectronicsandComputerScience,UniversityofSouthampton,UKContentsPrefaceandMotivationINearinstantaneouslyAdaptiveModulationandFilteringBasedEqualisation:CHWong,LHanzo,BJChoi,SXNgIntroductionToEqualizersCoherentDemodulationofSquareQAMPerformanceofQuadratureAmplitudeModulationinGaussianChannelsBitErrorRatePerformanceinGaussianChannelsBitErrorRatePerformanceinaRayleighFlatFadingEnvironmentIntersymbolInterferenceBasicEqualizerTheoryZeroForcingEqualizerLinearMeanSquareErrorEqualizerDerivationoftheLinearEqualizercoefficientsDecisionFeedbackEqualizerSignaltoNoiseRatioLossoftheDFEBitErrorRatePerformanceEqualizationinMultilevelModemsReviewandDiscussionAdaptiveEqualizationDerivationoftheRecursiveKalmanAlgorithmDerivationoftheOnedimensionalKalmanAlgorithmDerivationoftheMultidimensionalKalmanAlgorithmKalmanRecursiveProcessApplicationoftheKalmanAlgorithmiiiCONTENTSRecursiveKalmanChannelEstimatorConvergenceAnalysisoftheRecursiveKalmanChannelEstimatorEffectsofVaryingÆinaRecursiveKalmanChannelEstimatorEffectsofVaryingR(k)inaRecursiveKalmanChannelEstimatorEffectsofVaryingQ(k)inaRecursiveKalmanChannelEstimatorRecursiveKalmanChannelEstimatorParameterSettingsRecursiveKalmanDecisionFeedbackEqualizerConvergenceAnalysisoftheRecursiveKalmanDecisionFeedbackEqualizerEffectsofVaryingÆinaRecursiveKalmanEqualizerEffectsofVaryingR(k)inaKalmanEqualizerEffectsofVaryingQ(k)inaKalmanEqualizerRecursiveKalmanDecisionFeedbackEqualizerDesirableSettingsComplexityStudyAdaptiveEqualizationinMultilevelModemsComplexityoftheReceiverStructuresReviewandDiscussionAdaptiveModulationAdaptiveModulationforNarrowbandFadingChannelsLiteratureReviewonAdaptiveModulationPowerControlAssistedAdaptiveModulationThresholdbasedPowerControlDesignedforanImprovedBitErrorRatePerformanceThresholdbasedPowerControlDesignedforanImprovedBitsPerSymbolPerformanceThresholdbasedPowerControlDesignedforMinimumSwitchingUtilizationAdaptiveModulationinaWidebandEnvironmentAssumptionsAdaptiveModulationandEqualizationSystemOverviewTheOutputPseudoSignaltoNoiseRatiooftheDecisionFeedbackEqualizerNumericalAverageUpperBoundPerformanceoftheAdaptiveModulationandDecisionFeedbackEqualizationinaWidebandChannelEnvironmentSwitchingLevelOptimisationTheThroughputPerformanceoftheFixedModulationModesandtheWidebandAdaptiveModulationandDecisionFeedbackEqualizationSchemeReviewandDiscussionCONTENTSiiiChannelCodedWidebandAdaptiveModulationTurboCodingSystemParametersTurboBlockCodingPerformanceoftheFixedQAMModesFixedCodingRate,FixedInterleaverSizeTurboCodedAQAMComparisonswiththeUncodedAdaptiveModulationSchemeFixedCodingRate,VariableInterleaverSizeTurboCodedAQAMBlindModulationDetectionBlindSoftDecisionRatioModulationDetectionSchemeHybridSoftDecisionMeanSquareErrorModulationDetectionAlgorithmVariableCodingRateTurboBlockCodedAdaptiveModulationPartialTurboBlockCodedAdaptiveModulationSchemeVariableRateTurboBlockCodedAdaptiveModulationSchemeComparisonsoftheTurboBlockCodedAQAMSchemesComparisonofLowBERTurboBlockCodedAQAMSchemesComparisonofHighBERTurboBlockCodedAQAMSchemesNearErrorFreeTurboBlockCodedAQAMSchemesTurboConvolutionalCodedAQAMSchemesTurboConvolutionalCodedFixedModulationModePerformanceTurboConvolutionalCodedAQAMSchemeTurboEqualizationFixedModulationPerformanceWithPerfectChannelEstimationFixedModulationPerformanceWithIterativeChannelEstimationTurboEqualisationinWidebandAdaptiveModulationBurstbyBurstAdaptiveWidebandCodedModulationIntroductionSystemOverviewPerformanceoftheFixedModemModesPerformanceofSystemIandSystemIIPerformanceofBitInterleavedCodedModulationSummaryandConclusionsReviewandDiscussionAdaptiveModulationModeSwitchingOptimisationIntroductionIncreasingtheAverageTransmitPowerasaFadingCounterMeasureSystemDescriptionGeneralModelExamplesFiveModeAQAMSevenModeAdaptiveStarQAMFiveModeAPSKTenModeAQAMCharacteristicParametersivCONTENTSClosedFormExpressionsforTransmissionoverNakagamiFadingChannelsOptimumSwitchingLevelsLimitingthePeakInstantaneousBEPTorrance’sSwitchingLevelsCostFunctionOptimisationasaFunctionoftheAverageSNRLagrangianMethodResultsandDiscussionsNarrowbandNakagamimFadingChannelAdaptivePSKModulationSchemesAdaptiveCoherentStarQAMSchemesAdaptiveCoherentSquareQAMModulationSchemesPerformanceoverNarrowbandRayleighChannelsUsingAntennaDiversityPerformanceoverWidebandRayleighChannelsusingAntennaDiversityUncodedAdaptiveMultiCarrierSchemesConcatenatedSpaceTimeBlockCodedandTurboCodedSymbolbySymbolAdaptiveOFDMandMultiCarrierCDMAReviewandDiscussionPracticalConsiderationsofWidebandAQAMImpactofErrorPropagationChannelQualityEstimationLatencySubframeBasedTimeDivisionDuplexTimeDivisionMultipleAccessSystemClosedLoopTimeDivisionMultipleAccessSystemImpactofChannelQualityEstimationLatencyLinearPredictionofChannelQualitySubframeTDDTDMAWidebandAQAMPerformanceEffectofCochannelInterferenceonAQAMImpactofCoChannelInterferenceonChannelQualityEstimationImpactofCoChannelInterferenceontheDemodulationProcessJointDetectionBasedCCICompensationSchemeTheoryoftheJDMMSEBDFEPerformanceoftheJDMMSEBDFEEmbeddedConvolutionallycodedJDMMSEBDFESegmentedWidebandAQAMReviewandDiscussionIINearinstantaneouslyAdaptiveModulationandNeuralNetworkBasedEqualisation:CONTENTSvMSYee,LHanzoNeuralNetworkBasedEqualisationDiscreteTimeModelforChannelsExhibitingIntersymbolInterferenceEqualisationasaClassificationProblemIntroductiontoNeuralNetworksBiologicalandArtificialNeuronsNeuralNetworkArchitecturesEqualisationUsingNeuralNetworksMultilayerPerceptronBasedEqualiserPolynomialPerceptronBasedEqualiserRadialBasisFunctionNetworksIntroductionCover’sTheoremInterpolationTheoryRegularizationTheoryGeneralizedRadialBasisFunctionNetworksKmeansClusteringAlgorithmRadialBasisFunctionNetworkBasedEqualisersIntroductionRBFbasedEqualisationinMultilevelModemsAdaptiveRBFEqualisationChannelEstimationUsingaTrainingSequenceChannelOutputStateEstimationusingClusteringAlgorithmsOtherAdaptiveRBFParametersReducingtheComplexityoftheRBFEqualiserScalarNoisefreeChannelOutputStatesDecisionFeedbackAssistedRadialBasisFunctionNetworkEqualiserRadialBasisFunctionDecisionFeedbackEqualiserExampleSpaceTranslationPropertiesoftheDecisionFeedbackSimulationResultsPerformanceofRBFAssistedEqualisersoverDispersiveGaussianChannelsPerformanceofAdaptiveRBFDFEPerformanceoftheRBFEqualiserforSquareQAMoverGaussianChannelsPerformanceoftheRBFEqualiseroverWidebandRayleighFadingChannelsPerformanceoftheRBFDFEoverCOSTChannelsReviewandDiscussionRBFEqualisedAdaptiveModulationBackgroundtoAdaptiveModulationinaNarrowbandFadingChannelBackgroundonAdaptiveModulationinaWidebandFadingChannelJointAdaptiveModulationandRBFBasedEqualisationviCONTENTSSystemOverviewModemModeSwitchingMetricBestcasePerformanceAssumptionsSimulationModelforBestcasePerformanceSimulationResultsDiscussionPerformanceoftheAQAMRBFDFESchemeReviewandDiscussionRBFEqualisationUsingTurboCodesIntroductiontoTurboCodesJacobianLogarithmicRBFEqualiserSystemOverviewTurbocodedRBFequalizedMQAMPerformanceResultsoverDispersiveGaussianChannelsResultsoverDispersiveFadingChannelsChannelQualityMeasureTurboCodingandRBFEqualiserAssistedAQAMSystemOverviewPerformanceoftheAQAMJacobianRBFDFEScheme:SwitchingMetricBasedontheShortTermBEREstimatePerformanceoftheAQAMJacobianRBFDFEScheme:SwitchingMetricBasedontheAverageBurstLLRMagnitudeSwitchingMetricSelectionReviewandDiscussionRBFTurboEqualisationIntroductiontoTurboEqualisationRBFAssistedTurboEqualisationComparisonoftheRBFandMAPEqualiserComparisonoftheJacobianRBFandLogMAPEqualiserRBFTurboEqualiserPerformanceDispersiveGaussianChannelsDispersiveRayleighFadingChannelsReducedcomplexityRBFAssistedTurboEqualisationInphaseQuadraturephaseTurboEqualisationIntroductionPrincipleofIQEqualisationRBFAssistedTurboEqualisationSystemOverviewResultsandDiscussionTurboEqualizedConvolutionalandSpaceTimeTrellisCodingIntroductionRBFaidedchannelequalizerforspacetimecodingSystemOverviewResultsandDiscussionCONTENTSviiReviewandDiscussionIIINearInstantaneouslyAdaptiveCDMAandSpaceTimeCodedOFDM:LHanzo,TKeller,ELKuan,THLiewBurstbyBurstAdaptiveMultiuserDetectionCDMAMotivationMultiuserdetectionSingleuserchannelequalisersZeroforcingprincipleMinimummeansquareerrorequalizerDecisionfeedbackequalizersMultiuserequaliserconceptsLinearreceiversJointdetectionJointdetectionconceptInterferencecancellationTreesearchdetectionAdaptivemultiuserdetection

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