Predictors of random effects are usually based on the popular mixed effects model developed under the assumption that the sample is obtained from a conceptual infinite population even when the actual population is finite. Two alternatives that incorporate the finite nature of the population are the super-population model proposed by Scott and Smith (1969, JASA, 64: 830-840) and the random permutation model recently proposed by Stanek and Singer (2004, JASA, 99:1119-1130).,The random permutation model based predictor derived under the additional assumptions that all variance components are known and that within cluster variances are equal has smaller mean squared error than the corresponding predictors based on either the mixed effects or Sc...
A common analysis objective is estimation of a realized random effect. The parameter underlying such...
Prediction of the latent value (the mean) of a realized cluster selected via two-stage sampling is a...
A common analysis objective is estimation of realized random effects. Parameters underlying these ef...
Predictors of random effects are usually based on the popular mixed effects model developed under th...
Predictors of random effects are usually based on the popular mixed effects model developed under th...
Predictors of random effects are usually based on the popular mixed effects model developed under th...
Prediction of random effects in clustered finite populations is important in many practical problems...
Prediction of random effects in clustered finite populations is important in many practical problems...
Prediction of random effects in clustered finite populations is important in many practical problems...
Predictors of random effects are usually based on the popular mixed effects (ME) model developed und...
Predictors of random effects are usually based on the popular mixed effects (ME) model developed und...
C06ed55.doc 1/19/2007 10:26 AM i Prediction of random effects is an important problem with expanding...
Prediction of random effects is an important problem with expanding applications. In the simplest co...
Prediction of random effects is an important problem with expanding applications. In the simplest co...
Prediction of random effects is an important problem with expanding applications. In the simplest co...
A common analysis objective is estimation of a realized random effect. The parameter underlying such...
Prediction of the latent value (the mean) of a realized cluster selected via two-stage sampling is a...
A common analysis objective is estimation of realized random effects. Parameters underlying these ef...
Predictors of random effects are usually based on the popular mixed effects model developed under th...
Predictors of random effects are usually based on the popular mixed effects model developed under th...
Predictors of random effects are usually based on the popular mixed effects model developed under th...
Prediction of random effects in clustered finite populations is important in many practical problems...
Prediction of random effects in clustered finite populations is important in many practical problems...
Prediction of random effects in clustered finite populations is important in many practical problems...
Predictors of random effects are usually based on the popular mixed effects (ME) model developed und...
Predictors of random effects are usually based on the popular mixed effects (ME) model developed und...
C06ed55.doc 1/19/2007 10:26 AM i Prediction of random effects is an important problem with expanding...
Prediction of random effects is an important problem with expanding applications. In the simplest co...
Prediction of random effects is an important problem with expanding applications. In the simplest co...
Prediction of random effects is an important problem with expanding applications. In the simplest co...
A common analysis objective is estimation of a realized random effect. The parameter underlying such...
Prediction of the latent value (the mean) of a realized cluster selected via two-stage sampling is a...
A common analysis objective is estimation of realized random effects. Parameters underlying these ef...