Journal of the American Statistical Association · 1973 · 146 citations · 25 references
Public HealthBiostatisticsEpidemiologic MethodsEpidemiologyStatisticsInferential StatisticsStatistical InferenceAsymptotic Distribution TheoryAsymptotic TheoryMultinomial RegressionSparse Count Data Modeling
Abstract A new estimator, p*, of the multinomial parameter vector is proposed, and it is shown to be a better choice in most situations than the usual estimator, (the vector of observed proportions). The risk functions (expected squared-error loss) of these two estimators are examined in three ways using: (a) exact calculations, (b) standard asymptotic theory, and (c) a novel asymptotic framework in which the number of cells is large and the number of observations per cell is moderate. The general superiority of p* over in large sparse multinomials is thus revealed. The novel asymptotic framework may also provide insight in other multinomial problems.
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Analysis of Categorical Data by Linear Models
James E. Grizzle, C F Starmer, Gary G. Koch · Biometrics · 1969 · 1.5K citations
Foundations of Statistical Inference.
M. Stone, V. P. Godambe, D. A. Sprott · Biometrika · 1972 · 559 citations