In this paper we propose two bias correction approaches in order to reduce the prediction bias of the robust M-quantile predictors in small area estimation in the presence of representative outliers. A bootstrap procedure is considered for the estimation of the mean squared error. A Monte-Carlo simulation study is conducted. Results confirm that our approaches improve the efficiency and reduce the predic- tion bias of M-quantile predictors when the population contains units that may be influential if selected in the sample.
On bias correction in small area estimation: An M-quantile approach
Bertarelli, Gaia
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2021-01-01
Abstract
In this paper we propose two bias correction approaches in order to reduce the prediction bias of the robust M-quantile predictors in small area estimation in the presence of representative outliers. A bootstrap procedure is considered for the estimation of the mean squared error. A Monte-Carlo simulation study is conducted. Results confirm that our approaches improve the efficiency and reduce the predic- tion bias of M-quantile predictors when the population contains units that may be influential if selected in the sample.File in questo prodotto:
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