统计决策理论和贝叶斯分析(第2版)

统计决策理论和贝叶斯分析(第2版)
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作者:
2004-11
版次: 1
ISBN: 9787506271813
定价: 88.00
装帧: 平装
开本: 24开
纸张: 胶版纸
页数: 617页
分类: 自然科学
125人买过
  •   Therelationships(bothconceptualandmathematical)betweenBayesiananalysisandstatisticaldecisiontheoryaresostrongthatitissomewhatunnaturaltolearnonewithouttheother.Nevertheless,majorportionsofeachhavedevelopedseparately.OntheBayesianside,thereisanextensivelydevelopedBayesiantheoryofstatisticalinference(bothsubjectiveandobjectiveversions).Thistheoryrecognizestheimportanceofviewingstatisticalanalysisconditionally(i.e.,treatingobserveddataasknownratherthanunknown),evenwhennolossfunctionistobeincorporatedintotheanalysis.Thereisalsoawell-developed(frequentist)decisiontheory,whichavoidsformalutilizationofpriordistributionsandseekstoprovideafoundationforfrequentiststatisticaltheory.AlthoughthecentralthreadofthebookwillbeBayesiandecisiontheory,bothBayesianinferenceandnon-Bayesiandecisiontheorywillbeextensivelydiscussed.Indeed,thebookiswrittensoastoallow,say,theteachingofacourseoneithersubjectseparately. CHAPTER1
    BasicConcepts
    1.1Introduction
    1.2BasicElements
    1.3ExpectedLoss,DecisionRules,andRisk
    1.3.1BayesianExpectedLoss
    1.3.2FrequentistRisk
    1.4RandomizedDecisionRules
    1.5DecisionPrinciples
    1.5.1TheConditionalBayesDecisionPrinciple
    1.5.2FrequentistDecisionPrinciples
    1.6Foundations
    1.6.1MisuseofClassicalInferenceProcedures
    1.6.2TheFrequentistPerspective
    1.6.3TheConditionalPerspective
    1.6.4TheLikelihoodPrinciple
    1.6.5ChoosingaParadigmorDecisionPrinciple
    1.7SufficientStatistics
    1.8Convexity
    Exercises
    CHAPTER2 UtilityandLoss
    2.1Introduction
    2.2UtilityTheory
    2.3TheUtilityofMoney
    2.4TheLossFunction
    2.4.1DevelopmentfromUtilityTheory
    2.4.2CertainStandardLossFunctions
    2.4.3ForInferenceProblems
    2.4.4ForPredictiveProblems
    2.4.5VectorValuedLossFunctions
    2.5Criticisms
    Exercises
    CHAPTER3 PriorInformationandSubjectiveProbability
    3.1SubjectiveProbability
    3.2SubjectiveDeterminationofthePriorDensity
    3.3NoninformativePriors
    3.3.1Introduction
    3.3.2NoninformativePriorsforLocationandScaleProblems
    3.3.3NoninformativePriorsinGeneralSettings
    3.3.4Discussion
    3.4MaximumEntropyPriors
    3.5UsingtheMarginalDistributiontoDeterminethePrior
    3.5.1TheMarginalDistribution
    3.5.2InformationAbouttn
    3.5.3RestrictedClassesofPriors
    3.5.4TheML-IIApproachtoPriorSelection
    3.5.5TheMomentApproachtoPriorSelection
    3.5.6TheDistanceApproachtoPriorSelection
    3.5.7MarginalExchangeability
    3.6HierarchicalPriors
    3.7Criticisms
    3.8TheStatisticiansRole
    Exercises
    CHAPTER4 BayesianAnalysis
    4.1Introduction
    4.2ThePosteriorDistribution
    4.2.1DefinitionandDetermination
    4.2.2ConjugateFamilies
    4.2.3ImproperPriors
    4.3BayesianInference
    4.3.1Estimation
    4.3.2CredibleSets
    4.3.3HypothesisTesting
    4.3.4PredictiveInference
    4.4BayesianDecisionTheory
    4.4.1PosteriorDecisionAnalysis
    4.4.2Estimation
    4.4.3FiniteActionProblemsandHypothesisTesting
    4.4.4WithInferenceLosses
    4.5EmpiricalBayesAnalysis
    4.5.1Introduction
    4.5.2PEBForNormalMeans--TheExchangeableCase
    4.5.3PEBForNormalMeans--TheGeneralCase
    4.5.4NonparametricEmpiricalBayesAnalysis
    4.6HierarchicalBayesAnalysis
    4.6.1Introduction
    4.6.2ForNormalMeans--TheExchangeableCase
    4.6.3ForNormalMeans--TheGeneralCase
    4.6.4ComparisonwithEmpiricalBayesAnalysis
    4.7BayesianRobustness
    4.7.1Introduction
    4.7.2TheRoleoftheMarginalDistribution
    4.7.3PosteriorRobustness:BasicConcepts
    4.7.4PosteriorRobustness:s-ContaminationClass
    4.7.5BayesRiskRobustnessandUseofFrequentistMeasures
    4.7.6Gamma-MinimaxApproach
    4.7.7UsesoftheRiskFunction
    4.7.8SomeRobustandNonrobustSituations
    4.7.9RobustPriors
    4.7.10RobustPriorsforNormalMeans
    4.7.11OtherIssuesinRobustness
    4.8AdmissibilityofBayesRulesandLongRunEvaluations
    4.8.1AdmissibilityofBayesRules
    4.8.2AdmissibilityofGeneralizedBayesRules
    4.8.3InadmissibilityandLongRunEvaluations
    4.9BayesianCalculation
    4.9.1NumericalIntegration
    4.9.2MonteCarloIntegration
    4.9.3AnalyticApproximations
    4.10BayesianCommunication
    4.10.1Introduction
    4.10.2AnIllustration:TestingaPointNullHypothesis
    4.11CombiningEvidenceandGroupDecisions
    4.11.1CombiningProbabilisticEvidence
    4.11.2CombiningDecision-TheoreticEvidence
    4.11.3GroupDecisionMaking
    4.12Criticisms
    4.12.1Non-BayesianCriticisms
    4.12.2FoundationalCriticisms
    Exercises
    CHAPTER5 MinimaxAnalysis
    5.1Introduction
    5.2GameTheory
    5.2.1BasicElements
    5.2.2GeneralTechniquesforSolvingGames
    5.2.3FiniteGames
    5.2.4GameswithFinite
    5.2.5TheSupportingandSeparatingHyperplaneTheorems
    5.2.6TheMinimaxTheorem
    5.3StatisticalGames
    5.3.1Introduction
    5.3.2GeneralTechniquesforSolvingStatisticalGames
    5.3.3StatisticalGameswithFinite
    5.4ClassesofMinimaxEstimators
    5.4.1Introduction
    5.4.2TheUnbiasedEstimatorofRisk
    5.4.3MinimaxEstimatorsofaNormalMeanVector
    5.4.4MinimaxEstimatorsofPoissonMeans
    5.5EvaluationoftheMinimaxPrinciple
    5.5.1AdmissibilityofMinimaxRules
    5.5.2RationalityandtheMinimaxPrinciple
    5.5.3ComparisonwiththeBayesianApproach
    5.5.4TheDesiretoActConservatively
    5.5.5MinimaxRegret
    5.5.6Conclusions
    Exercises
    CHAPTER6 Invariance
    6.1Introduction
    6.2Formulation
    6.2.1GroupsofTransformations
    6.2.2InvariantDecisionProblems
    6.2.3InvariantDecisionRules
    6.3LocationParameterProblems
    6.4OtherExamplesofInvariance
    6.5Maximallnvariants
    6.6InvarianceandNoninformativePriors
    6.6.1RightandLeftInvariantHaarDensities
    6.6.2TheBestInvariantRule
    6.6.3ConfidenceandCredibleSets
    6.7InvarianceandMinimaxity
    6.8AdmissibilityofInvariantRules
    6.9Conclusions
    Exercises
    CHAPTER7 PreposteriorandSequentialAnalysis
    7.1Introduction
    7.2OptimalFixedSampleSize
    7.3SequentialAnalysis--Notation
    7.4BayesianSequentialAnalysis
    7.4.1Introduction
    7.4.2Notation
    7.4.3TheBayesDecisionRule
    7.4.4ConstantPosteriorBayesRisk
    7.4.5TheBayesTruncatedProcedure
    7.4.6LookAheadProcedures
    7.4.7InnerTruncation
    7.4.8ApproximatingtheBayesProcedureandtheBayesRisk
    7.4.9TheoreticalResults
    7.4.10OtherTechniquesforFindingaBayesProcedure
    7.5TheSequentialProbabilityRatioTest
    7.5.1TheSPRTasaBayesProcedure
    7.5.2ApproximatingthePowerFunctionandtheExpectedSampleSize
    7.5.3AccuracyoftheWaldApproximations
    7.5.4BayesRiskandAdmissibility
    7.5.5OtherUsesoftheSPRT
    7.6MinimaxSequentialProcedures
    7.7TheEvidentialRelevanceoftheStoppingRule
    7.7.1Introduction
    7.7.2TheStoppingRulePrinciple
    7.7.3PracticalImplications
    7.7.4CriticismsoftheStoppingRulePrinciple
    7.7.5InformativeStoppingRules
    7.8DiscussionofSequentialLossFunctions
    Exercises
    CHAPTER8 CompleteandEssentiallyCompleteClasses
    8.1Preliminaries
    8.2CompleteandEssentiallyCompleteClassesfromEarlierChapters
    8.2.1DecisionRulesBasedonaSufficientStatistic
    8.2.2NonrandomizedDecisionRules
    8.2.3FiniteO
    8.2.4TheNeyman-PearsonLemma
    8.3One-SidedTesting
    8.4MonotoneDecisionProblems
    8.4.1MonotoneMultipleDecisionProblems
    8.4.2MonotoneEstimationProblems
    8.5LimitsofBayesRules
    8.6OtherCompleteandEssentiallyCompleteClassesofTests
    8.6.1Two-SidedTesting
    8.6.2HigherDimensionalResults
    8.6.3SequentialTesting
    8.7CompleteandEssentiallyCompleteClassesinEstimation
    8.7.1GeneralizedBayesEstimators
    8.7.2IdentifyingGeneralizedBayesEstimators
    8.8ContinuousRiskFunctions
    8.9ProvingAdmissibilityandInadmissibility
    8.9.1SteinsNecessaryandSufficientConditionforAdmissibility
    8.9.2ProvingAdmissibility
    8.9.3ProvingInadmissibility
    8.9.4MinimalorNearlyMinimalCompleteClasses
    Exercises
    APPENDIX1 CommonStatisticalDensities
    IContinuous
    IIDiscrete
    APPENDIX2 SupplementtoChapter4
    IDefinitionandPropertiesofHm
    IIDevelopmentof(4.121)and(4.122)
    IIIVerificationofFormula(4.123)
    APPENDIX3 TechnicalArgumentsfromChapter7
    IVerificationofFormula(7.8)
    IIVerificationofFormula(7.10)
    Bibliography
    NotationandAbbreviations
    AuthorIndex
    SubjectIndex
  • 内容简介:
      Therelationships(bothconceptualandmathematical)betweenBayesiananalysisandstatisticaldecisiontheoryaresostrongthatitissomewhatunnaturaltolearnonewithouttheother.Nevertheless,majorportionsofeachhavedevelopedseparately.OntheBayesianside,thereisanextensivelydevelopedBayesiantheoryofstatisticalinference(bothsubjectiveandobjectiveversions).Thistheoryrecognizestheimportanceofviewingstatisticalanalysisconditionally(i.e.,treatingobserveddataasknownratherthanunknown),evenwhennolossfunctionistobeincorporatedintotheanalysis.Thereisalsoawell-developed(frequentist)decisiontheory,whichavoidsformalutilizationofpriordistributionsandseekstoprovideafoundationforfrequentiststatisticaltheory.AlthoughthecentralthreadofthebookwillbeBayesiandecisiontheory,bothBayesianinferenceandnon-Bayesiandecisiontheorywillbeextensivelydiscussed.Indeed,thebookiswrittensoastoallow,say,theteachingofacourseoneithersubjectseparately.
  • 目录:
    CHAPTER1
    BasicConcepts
    1.1Introduction
    1.2BasicElements
    1.3ExpectedLoss,DecisionRules,andRisk
    1.3.1BayesianExpectedLoss
    1.3.2FrequentistRisk
    1.4RandomizedDecisionRules
    1.5DecisionPrinciples
    1.5.1TheConditionalBayesDecisionPrinciple
    1.5.2FrequentistDecisionPrinciples
    1.6Foundations
    1.6.1MisuseofClassicalInferenceProcedures
    1.6.2TheFrequentistPerspective
    1.6.3TheConditionalPerspective
    1.6.4TheLikelihoodPrinciple
    1.6.5ChoosingaParadigmorDecisionPrinciple
    1.7SufficientStatistics
    1.8Convexity
    Exercises
    CHAPTER2 UtilityandLoss
    2.1Introduction
    2.2UtilityTheory
    2.3TheUtilityofMoney
    2.4TheLossFunction
    2.4.1DevelopmentfromUtilityTheory
    2.4.2CertainStandardLossFunctions
    2.4.3ForInferenceProblems
    2.4.4ForPredictiveProblems
    2.4.5VectorValuedLossFunctions
    2.5Criticisms
    Exercises
    CHAPTER3 PriorInformationandSubjectiveProbability
    3.1SubjectiveProbability
    3.2SubjectiveDeterminationofthePriorDensity
    3.3NoninformativePriors
    3.3.1Introduction
    3.3.2NoninformativePriorsforLocationandScaleProblems
    3.3.3NoninformativePriorsinGeneralSettings
    3.3.4Discussion
    3.4MaximumEntropyPriors
    3.5UsingtheMarginalDistributiontoDeterminethePrior
    3.5.1TheMarginalDistribution
    3.5.2InformationAbouttn
    3.5.3RestrictedClassesofPriors
    3.5.4TheML-IIApproachtoPriorSelection
    3.5.5TheMomentApproachtoPriorSelection
    3.5.6TheDistanceApproachtoPriorSelection
    3.5.7MarginalExchangeability
    3.6HierarchicalPriors
    3.7Criticisms
    3.8TheStatisticiansRole
    Exercises
    CHAPTER4 BayesianAnalysis
    4.1Introduction
    4.2ThePosteriorDistribution
    4.2.1DefinitionandDetermination
    4.2.2ConjugateFamilies
    4.2.3ImproperPriors
    4.3BayesianInference
    4.3.1Estimation
    4.3.2CredibleSets
    4.3.3HypothesisTesting
    4.3.4PredictiveInference
    4.4BayesianDecisionTheory
    4.4.1PosteriorDecisionAnalysis
    4.4.2Estimation
    4.4.3FiniteActionProblemsandHypothesisTesting
    4.4.4WithInferenceLosses
    4.5EmpiricalBayesAnalysis
    4.5.1Introduction
    4.5.2PEBForNormalMeans--TheExchangeableCase
    4.5.3PEBForNormalMeans--TheGeneralCase
    4.5.4NonparametricEmpiricalBayesAnalysis
    4.6HierarchicalBayesAnalysis
    4.6.1Introduction
    4.6.2ForNormalMeans--TheExchangeableCase
    4.6.3ForNormalMeans--TheGeneralCase
    4.6.4ComparisonwithEmpiricalBayesAnalysis
    4.7BayesianRobustness
    4.7.1Introduction
    4.7.2TheRoleoftheMarginalDistribution
    4.7.3PosteriorRobustness:BasicConcepts
    4.7.4PosteriorRobustness:s-ContaminationClass
    4.7.5BayesRiskRobustnessandUseofFrequentistMeasures
    4.7.6Gamma-MinimaxApproach
    4.7.7UsesoftheRiskFunction
    4.7.8SomeRobustandNonrobustSituations
    4.7.9RobustPriors
    4.7.10RobustPriorsforNormalMeans
    4.7.11OtherIssuesinRobustness
    4.8AdmissibilityofBayesRulesandLongRunEvaluations
    4.8.1AdmissibilityofBayesRules
    4.8.2AdmissibilityofGeneralizedBayesRules
    4.8.3InadmissibilityandLongRunEvaluations
    4.9BayesianCalculation
    4.9.1NumericalIntegration
    4.9.2MonteCarloIntegration
    4.9.3AnalyticApproximations
    4.10BayesianCommunication
    4.10.1Introduction
    4.10.2AnIllustration:TestingaPointNullHypothesis
    4.11CombiningEvidenceandGroupDecisions
    4.11.1CombiningProbabilisticEvidence
    4.11.2CombiningDecision-TheoreticEvidence
    4.11.3GroupDecisionMaking
    4.12Criticisms
    4.12.1Non-BayesianCriticisms
    4.12.2FoundationalCriticisms
    Exercises
    CHAPTER5 MinimaxAnalysis
    5.1Introduction
    5.2GameTheory
    5.2.1BasicElements
    5.2.2GeneralTechniquesforSolvingGames
    5.2.3FiniteGames
    5.2.4GameswithFinite
    5.2.5TheSupportingandSeparatingHyperplaneTheorems
    5.2.6TheMinimaxTheorem
    5.3StatisticalGames
    5.3.1Introduction
    5.3.2GeneralTechniquesforSolvingStatisticalGames
    5.3.3StatisticalGameswithFinite
    5.4ClassesofMinimaxEstimators
    5.4.1Introduction
    5.4.2TheUnbiasedEstimatorofRisk
    5.4.3MinimaxEstimatorsofaNormalMeanVector
    5.4.4MinimaxEstimatorsofPoissonMeans
    5.5EvaluationoftheMinimaxPrinciple
    5.5.1AdmissibilityofMinimaxRules
    5.5.2RationalityandtheMinimaxPrinciple
    5.5.3ComparisonwiththeBayesianApproach
    5.5.4TheDesiretoActConservatively
    5.5.5MinimaxRegret
    5.5.6Conclusions
    Exercises
    CHAPTER6 Invariance
    6.1Introduction
    6.2Formulation
    6.2.1GroupsofTransformations
    6.2.2InvariantDecisionProblems
    6.2.3InvariantDecisionRules
    6.3LocationParameterProblems
    6.4OtherExamplesofInvariance
    6.5Maximallnvariants
    6.6InvarianceandNoninformativePriors
    6.6.1RightandLeftInvariantHaarDensities
    6.6.2TheBestInvariantRule
    6.6.3ConfidenceandCredibleSets
    6.7InvarianceandMinimaxity
    6.8AdmissibilityofInvariantRules
    6.9Conclusions
    Exercises
    CHAPTER7 PreposteriorandSequentialAnalysis
    7.1Introduction
    7.2OptimalFixedSampleSize
    7.3SequentialAnalysis--Notation
    7.4BayesianSequentialAnalysis
    7.4.1Introduction
    7.4.2Notation
    7.4.3TheBayesDecisionRule
    7.4.4ConstantPosteriorBayesRisk
    7.4.5TheBayesTruncatedProcedure
    7.4.6LookAheadProcedures
    7.4.7InnerTruncation
    7.4.8ApproximatingtheBayesProcedureandtheBayesRisk
    7.4.9TheoreticalResults
    7.4.10OtherTechniquesforFindingaBayesProcedure
    7.5TheSequentialProbabilityRatioTest
    7.5.1TheSPRTasaBayesProcedure
    7.5.2ApproximatingthePowerFunctionandtheExpectedSampleSize
    7.5.3AccuracyoftheWaldApproximations
    7.5.4BayesRiskandAdmissibility
    7.5.5OtherUsesoftheSPRT
    7.6MinimaxSequentialProcedures
    7.7TheEvidentialRelevanceoftheStoppingRule
    7.7.1Introduction
    7.7.2TheStoppingRulePrinciple
    7.7.3PracticalImplications
    7.7.4CriticismsoftheStoppingRulePrinciple
    7.7.5InformativeStoppingRules
    7.8DiscussionofSequentialLossFunctions
    Exercises
    CHAPTER8 CompleteandEssentiallyCompleteClasses
    8.1Preliminaries
    8.2CompleteandEssentiallyCompleteClassesfromEarlierChapters
    8.2.1DecisionRulesBasedonaSufficientStatistic
    8.2.2NonrandomizedDecisionRules
    8.2.3FiniteO
    8.2.4TheNeyman-PearsonLemma
    8.3One-SidedTesting
    8.4MonotoneDecisionProblems
    8.4.1MonotoneMultipleDecisionProblems
    8.4.2MonotoneEstimationProblems
    8.5LimitsofBayesRules
    8.6OtherCompleteandEssentiallyCompleteClassesofTests
    8.6.1Two-SidedTesting
    8.6.2HigherDimensionalResults
    8.6.3SequentialTesting
    8.7CompleteandEssentiallyCompleteClassesinEstimation
    8.7.1GeneralizedBayesEstimators
    8.7.2IdentifyingGeneralizedBayesEstimators
    8.8ContinuousRiskFunctions
    8.9ProvingAdmissibilityandInadmissibility
    8.9.1SteinsNecessaryandSufficientConditionforAdmissibility
    8.9.2ProvingAdmissibility
    8.9.3ProvingInadmissibility
    8.9.4MinimalorNearlyMinimalCompleteClasses
    Exercises
    APPENDIX1 CommonStatisticalDensities
    IContinuous
    IIDiscrete
    APPENDIX2 SupplementtoChapter4
    IDefinitionandPropertiesofHm
    IIDevelopmentof(4.121)and(4.122)
    IIIVerificationofFormula(4.123)
    APPENDIX3 TechnicalArgumentsfromChapter7
    IVerificationofFormula(7.8)
    IIVerificationofFormula(7.10)
    Bibliography
    NotationandAbbreviations
    AuthorIndex
    SubjectIndex
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