用S-Plus做金融数据统计分析

用S-Plus做金融数据统计分析
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作者: [美]
2010-09
版次: 1
ISBN: 9787510027451
定价: 79.00
装帧: 平装
开本: 16开
纸张: 胶版纸
页数: 451页
正文语种: 英语
5人买过
  • Thisbookgrewoutoflecturesnoteswrittenforaone-semesterjuniorstatisticscourseofferedtotheundergraduatestudentsmajoringintheDepartmentofOper-ationsResearchandFinancialEngineeringatPrincetonUniversity.Tidbitsofthehistoryofthiscoursewillshedlightonthenatureandspiritofthebook.
    Thepurposeofthecourseistointroducethestudentstomodemdataanalysiswithanemphasisonadomainofapplicationthatisofinteresttomostofthem:financialengineering.Theprerequisitesforthiscourseareminimal,howeveritisfairtosaythatallofthestudentshavealreadytakenabasicintroductorystatisticscourse.Thustheelementarynotionsofrandomvariables,expectationandcorrelationaretakenforgranted,andearlierexposuretostatisticalinference(estimation,testsandconfidenceintervals)isassumed.Itisalsoexpectedthatthestudentsarefamiliarwithaminimumoflinearalgebraaswellasvectorandmatrixcalculus. PartⅠDATAEXPLORATION,ESTIMATIONANDSIMULATION
    UNIVARIATEEXPLORATORYDATAANALYSIS
    1.1Data,RandomVariablesandTheirDistributions
    1.1.1ThePCSData
    1.1.2TheS&P500IndexandFinancialReturns
    1.1.3RandomVariablesandTheirDistributions
    1.1.4ExamplesofProbabilityDistributionFamilies.,
    1.2FirstExploratoryDataAnalysisTools
    1.2.1RandomSamples
    1.2.2Histograms
    1.3MoreNonparametricDensityEstimation
    1.3.1KernelDensityEstimation
    1.3.2ComparisonwiththeHistogram
    1.3.3S&PDailyReturns
    1.3.4ImportanceoftheChoiceoftheBandwidth
    1.4QuantilesandQ-QPlots
    1.4.1UnderstandingtheMeaningofQ-QPlots
    1.4.2ValueatRiskandExpectedShortfall
    1.5EstimationfromEmpiricalData
    1.5.1TheEmpiricalDistributionFunction
    1.5.2OrderStatistics
    1.5.3EmpiricalQ-QPlots
    1.6RandomGeneratorsandMonteCarloSamples
    1.7ExtremesandHeavyTailDistributions
    1.7.1S&PDailyReturns,OnceMore
    1.7.2TheExampleofthePCSIndex
    1.7.3TheExampleoftheWeeklyS&PReturns
    Problems
    Notes&Complements
    2MULTIVARIATEDATAEXPLORATION
    2.1MultivariateDataandFirstMeasureofDependence
    2.1.1DensityEstimation
    2.1.2TheCorrelationCoefficient
    2.2TheMultivariateNormalDistribution
    2.2.1SimulationofRandomSamples
    2.2.2TheBivariateCase
    2.2.3ASimulationExample
    2.2.4LetsHaveSomeCoffee
    2.2.5IstheJointDistributionNormal?
    2.3MarginalsandMoreMeasuresofDependence
    2.3.1EstimationoftheCoffeeLog-ReturnDistributions
    2.3.2MoreMeasuresofDependence
    2.4CopulasandRandomSimulations
    2.4.1Copulas
    2.4.2FirstExamplesofCopulaFamilies
    2.4.3CopulasandGeneralBivariateDistributions
    2.4.4FittingCopulas
    2.4.5MonteCarloSimulationswithCopulas
    2.4.6ARiskManagementExample
    2.5PrincipalComponentAnalysis
    2.5.1IdentificationofthePrincipalComponentsofaDataSet
    2.5.2PCAwithS-Plus
    2.5.3EffectiveDimensionoftheSpaceofYieldCurves
    2.5.4SwapRateCurves
    Appendix1:CalculuswithRandomVectorsandMatrices
    Appendix2:FamiliesofCopulas
    Problems
    Notes&Complements

    PartⅡREGRESSION
    3PARAMETRICREGRESSION
    3.1SimpleLinearRegression
    3.1.1GettingtheData
    3.1.2FirstPlots
    3.1.3RegressionSet-up
    3.1.4SimpleLinearRegression
    3.1.5CostMinimizations
    3.1.6RegressionasaMinimizationProblem
    3.2RegressionforPrediction&Sensitivities
    3.2.1Prediction
    3.2.2IntroductoryDiscussionofSensitivityandRobustness
    3.2.3ComparingL2andL1Regressions
    3.2.4TakingAnotherLookattheCoffeeData
    3.3SmoothingversusDistributionTheory
    3.3.1RegressionandConditionalExpectation
    3.3.2MaximumLikelihoodApproach
    3.4MultipleRegression
    3.4.1Notation
    3.4.2TheS-PlusFunctionim
    3.4.3R2asaRegressionDiagnostic
    3.5MatrixFormulationandLinearModels
    3.5.1LinearModels
    3.5.2LeastSquares(Linear)RegressionRevisited
    3.5.3FirstExtensions
    3.5.4TestingtheCAPM
    3.6PolynomialRegression
    3.6.1PolynomialRegressionasaLinearModel
    3.6.2ExampleofS-PlusCommands
    3.6.3ImportantRemark
    3.6.4PredictionwithPolynomialRegression
    3.6.5ChoiceoftheDegreep
    3.7NonlinearRegression
    3.8TermStructureofInterestRates:ACrashCourse
    3.9ParametricYieldCurveEstimation
    3.9.1EstimationProcedures
    3.9.2PracticalImplementation
    3.9.3S-PlusExperiments
    3.9.4ConcludingRemarks
    Appendix:CautionaryNotesonSomeS-PlusIdiosyncracies
    Problems
    Notes&Complements
    LOCAL&NONPARAMETRICREGRESSION
    4.1ReviewoftheRegressionSetup
    4.2NaturalSplinesasLocalSmoothers
    4.3NonparametricScatterplotSmoothers
    4.3.1SmoothingSplines
    4.3.2LocallyWeightedRegression
    4.3.3ARobustSmoother
    4.3.4TheSuperSmoother
    4.3.5TheKernelSmoother
    4.4MoreYieldCurveEstimation
    4.4.1AFirstEstimationMethod
    4.4.2ADirectApplicationofSmoothingSplines
    4.4.3USandJapaneseInstantaneousForwardRates
    4.5MultivariateKernelRegression
    4.5.1RunningtheKernelinS-plus
    4.5.2AnExampleInvolvingtheJune1998S&PFuturesContra
    4.6ProjectionPursuitRegression
    4.6.1TheS-PlusFunctionppreg
    4.6.2ppregPredictionoftheS&PIndicators
    4.7NonparametricOptionPricing
    4.7.1GeneralitiesonOptionPricing
    4.7.2NonparametricPricingAlternatives
    4.7.3DescriptionoftheData
    4.7.4TheActualExperiment
    4.7.5NumericalResults
    Appendix:KernelDensityEstimation&KernelRegression
    Problems
    Notes&Complements

    PartⅢTIMESERIES&STATESPACEMODELS
    5TIMESERIESMODELS:AR,MA,ARMA,&ALLTHAT
    5.1NotationandFirstDefinitions
    5.1.1Notation
    5.1.2RegularTimeSeriesandSignals
    5.1.3CalendarandIrregularTimeSeries
    5.1.4ExampleofDallyS&P500FuturesContracts
    5.2HighFrequencyData
    5.2.1TimeDateManipulations
    5.3TimeDependentStatisticsandStationarity
    5.3.1StatisticalMoments
    5.3.2TheNotionofStationarity
    5.3.3TheSearchforStationarity
    5.3.4TheExampleoftheC02Concentrations
    5.4FirstExamplesofModels
    5.4.1WhiteNoise
    5.4.2RandomWalk
    5.4.3AutoRegressiveTimeSeries
    5.4.4MovingAverageTimeSeries
    5.4.5UsingtheBackwardShiftOperatorB
    5.4.6LinearProcesses
    5.4:7Causality,StationarityandInvertibility
    5.4.8ARMATimeSeries
    5.4.9ARIMAModels
    5.5FittingModelstoData
    5.5.1PracticalSteps
    ……
  • 内容简介:
    Thisbookgrewoutoflecturesnoteswrittenforaone-semesterjuniorstatisticscourseofferedtotheundergraduatestudentsmajoringintheDepartmentofOper-ationsResearchandFinancialEngineeringatPrincetonUniversity.Tidbitsofthehistoryofthiscoursewillshedlightonthenatureandspiritofthebook.
    Thepurposeofthecourseistointroducethestudentstomodemdataanalysiswithanemphasisonadomainofapplicationthatisofinteresttomostofthem:financialengineering.Theprerequisitesforthiscourseareminimal,howeveritisfairtosaythatallofthestudentshavealreadytakenabasicintroductorystatisticscourse.Thustheelementarynotionsofrandomvariables,expectationandcorrelationaretakenforgranted,andearlierexposuretostatisticalinference(estimation,testsandconfidenceintervals)isassumed.Itisalsoexpectedthatthestudentsarefamiliarwithaminimumoflinearalgebraaswellasvectorandmatrixcalculus.
  • 目录:
    PartⅠDATAEXPLORATION,ESTIMATIONANDSIMULATION
    UNIVARIATEEXPLORATORYDATAANALYSIS
    1.1Data,RandomVariablesandTheirDistributions
    1.1.1ThePCSData
    1.1.2TheS&P500IndexandFinancialReturns
    1.1.3RandomVariablesandTheirDistributions
    1.1.4ExamplesofProbabilityDistributionFamilies.,
    1.2FirstExploratoryDataAnalysisTools
    1.2.1RandomSamples
    1.2.2Histograms
    1.3MoreNonparametricDensityEstimation
    1.3.1KernelDensityEstimation
    1.3.2ComparisonwiththeHistogram
    1.3.3S&PDailyReturns
    1.3.4ImportanceoftheChoiceoftheBandwidth
    1.4QuantilesandQ-QPlots
    1.4.1UnderstandingtheMeaningofQ-QPlots
    1.4.2ValueatRiskandExpectedShortfall
    1.5EstimationfromEmpiricalData
    1.5.1TheEmpiricalDistributionFunction
    1.5.2OrderStatistics
    1.5.3EmpiricalQ-QPlots
    1.6RandomGeneratorsandMonteCarloSamples
    1.7ExtremesandHeavyTailDistributions
    1.7.1S&PDailyReturns,OnceMore
    1.7.2TheExampleofthePCSIndex
    1.7.3TheExampleoftheWeeklyS&PReturns
    Problems
    Notes&Complements
    2MULTIVARIATEDATAEXPLORATION
    2.1MultivariateDataandFirstMeasureofDependence
    2.1.1DensityEstimation
    2.1.2TheCorrelationCoefficient
    2.2TheMultivariateNormalDistribution
    2.2.1SimulationofRandomSamples
    2.2.2TheBivariateCase
    2.2.3ASimulationExample
    2.2.4LetsHaveSomeCoffee
    2.2.5IstheJointDistributionNormal?
    2.3MarginalsandMoreMeasuresofDependence
    2.3.1EstimationoftheCoffeeLog-ReturnDistributions
    2.3.2MoreMeasuresofDependence
    2.4CopulasandRandomSimulations
    2.4.1Copulas
    2.4.2FirstExamplesofCopulaFamilies
    2.4.3CopulasandGeneralBivariateDistributions
    2.4.4FittingCopulas
    2.4.5MonteCarloSimulationswithCopulas
    2.4.6ARiskManagementExample
    2.5PrincipalComponentAnalysis
    2.5.1IdentificationofthePrincipalComponentsofaDataSet
    2.5.2PCAwithS-Plus
    2.5.3EffectiveDimensionoftheSpaceofYieldCurves
    2.5.4SwapRateCurves
    Appendix1:CalculuswithRandomVectorsandMatrices
    Appendix2:FamiliesofCopulas
    Problems
    Notes&Complements

    PartⅡREGRESSION
    3PARAMETRICREGRESSION
    3.1SimpleLinearRegression
    3.1.1GettingtheData
    3.1.2FirstPlots
    3.1.3RegressionSet-up
    3.1.4SimpleLinearRegression
    3.1.5CostMinimizations
    3.1.6RegressionasaMinimizationProblem
    3.2RegressionforPrediction&Sensitivities
    3.2.1Prediction
    3.2.2IntroductoryDiscussionofSensitivityandRobustness
    3.2.3ComparingL2andL1Regressions
    3.2.4TakingAnotherLookattheCoffeeData
    3.3SmoothingversusDistributionTheory
    3.3.1RegressionandConditionalExpectation
    3.3.2MaximumLikelihoodApproach
    3.4MultipleRegression
    3.4.1Notation
    3.4.2TheS-PlusFunctionim
    3.4.3R2asaRegressionDiagnostic
    3.5MatrixFormulationandLinearModels
    3.5.1LinearModels
    3.5.2LeastSquares(Linear)RegressionRevisited
    3.5.3FirstExtensions
    3.5.4TestingtheCAPM
    3.6PolynomialRegression
    3.6.1PolynomialRegressionasaLinearModel
    3.6.2ExampleofS-PlusCommands
    3.6.3ImportantRemark
    3.6.4PredictionwithPolynomialRegression
    3.6.5ChoiceoftheDegreep
    3.7NonlinearRegression
    3.8TermStructureofInterestRates:ACrashCourse
    3.9ParametricYieldCurveEstimation
    3.9.1EstimationProcedures
    3.9.2PracticalImplementation
    3.9.3S-PlusExperiments
    3.9.4ConcludingRemarks
    Appendix:CautionaryNotesonSomeS-PlusIdiosyncracies
    Problems
    Notes&Complements
    LOCAL&NONPARAMETRICREGRESSION
    4.1ReviewoftheRegressionSetup
    4.2NaturalSplinesasLocalSmoothers
    4.3NonparametricScatterplotSmoothers
    4.3.1SmoothingSplines
    4.3.2LocallyWeightedRegression
    4.3.3ARobustSmoother
    4.3.4TheSuperSmoother
    4.3.5TheKernelSmoother
    4.4MoreYieldCurveEstimation
    4.4.1AFirstEstimationMethod
    4.4.2ADirectApplicationofSmoothingSplines
    4.4.3USandJapaneseInstantaneousForwardRates
    4.5MultivariateKernelRegression
    4.5.1RunningtheKernelinS-plus
    4.5.2AnExampleInvolvingtheJune1998S&PFuturesContra
    4.6ProjectionPursuitRegression
    4.6.1TheS-PlusFunctionppreg
    4.6.2ppregPredictionoftheS&PIndicators
    4.7NonparametricOptionPricing
    4.7.1GeneralitiesonOptionPricing
    4.7.2NonparametricPricingAlternatives
    4.7.3DescriptionoftheData
    4.7.4TheActualExperiment
    4.7.5NumericalResults
    Appendix:KernelDensityEstimation&KernelRegression
    Problems
    Notes&Complements

    PartⅢTIMESERIES&STATESPACEMODELS
    5TIMESERIESMODELS:AR,MA,ARMA,&ALLTHAT
    5.1NotationandFirstDefinitions
    5.1.1Notation
    5.1.2RegularTimeSeriesandSignals
    5.1.3CalendarandIrregularTimeSeries
    5.1.4ExampleofDallyS&P500FuturesContracts
    5.2HighFrequencyData
    5.2.1TimeDateManipulations
    5.3TimeDependentStatisticsandStationarity
    5.3.1StatisticalMoments
    5.3.2TheNotionofStationarity
    5.3.3TheSearchforStationarity
    5.3.4TheExampleoftheC02Concentrations
    5.4FirstExamplesofModels
    5.4.1WhiteNoise
    5.4.2RandomWalk
    5.4.3AutoRegressiveTimeSeries
    5.4.4MovingAverageTimeSeries
    5.4.5UsingtheBackwardShiftOperatorB
    5.4.6LinearProcesses
    5.4:7Causality,StationarityandInvertibility
    5.4.8ARMATimeSeries
    5.4.9ARIMAModels
    5.5FittingModelstoData
    5.5.1PracticalSteps
    ……
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