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Population-averaged and subjectspecific approaches for clustered categorical data
28
Citations
40
References
1996
Year
EngineeringMultivariate AnalysisData ScienceClustered Categorical DataInferential ProceduresMixture AnalysisStatistical ModelingSampling (Statistics)BiostatisticsStatistical InferenceAbstract ModelingPopulation StudyCategorical DataPublic HealthFunctional Data AnalysisStatisticsStatistical Analysis
Abstract Modeling clustered categorical data based on extensions of generalized linear model theory has received much attention in recent years. The rapidly increasing number of approaches suitable for categorical data in which clusters are uncorrelated, but correlations exist within a cluster, has caused uncertainty among applied scientists as to their respective merits and demerits. Upon centering estimation around solving an unbiased estimating function for mean parameters and estimation of covariance parameters describing within-cluster or among-cluster heterogeneity, many approaches can easily be related. This contribution describes a series of algorithms and their implementation in detail, based on a classification of inferential procedures for clustered data. Keywords: Generalized mixed linear modelPseudo-likelihoodEstimating equationsNomenclature
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