Journal of the American Statistical Association · 2000 · 648 citations · 45 references
Semiparametric Profile LikelihoodsDensity EstimationEngineeringQuadratic ExpansionEstimation StatisticProfile LikelihoodNuisance ParameterBiostatisticsStatistical InferencePublic HealthEstimation TheoryFunctional Data AnalysisStatisticsBayesian InferenceSemi-nonparametric Estimation
Abstract We show that semiparametric profile likelihoods, where the nuisance parameter has been profiled out, behave like ordinary likelihoods in that they have a quadratic expansion. In this expansion the score function and the Fisher information are replaced by the efficient score function and efficient Fisher information. The expansion may be used, among others, to prove the asymptotic normality of the maximum likelihood estimator, to derive the asymptotic chi-squared distribution of the log-likelihood ratio statistic, and to prove the consistency of the observed information as an estimator of the inverse of the asymptotic variance. Key Words: Least favorable submodelLikelihood ratio statisticMaximum likelihoodNuisance parameterSemiparametric modelStandard error
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