估算与小面积计数相关的观测最佳预测因子的均方预测误差:面向计算的方法

Thuan Nguyen, Jiming Jiang
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引用次数: 0

摘要

我们考虑在使用计数数据进行小面积估算时,对观测最佳预测(OBP)的均方预测误差(MSPE)进行估算。此前,Chen 等人已在此背景下开发了 OBP 方法(《调查统计与方法学期刊》,3,136-161,2015 年)。然而,由于在这种情况下要考虑潜在的模型错误规范,MSPE 的估计仍然是一个具有挑战性的问题。后一位作者提出了一种估计 MSPE 的 bootstrap 方法,但其理论依据并不明确。我们建议使用 Prasad-Rao 型线性化方法来估计 MSPE。与传统的线性化方法不同,我们的方法以计算为导向,更易于实现。我们研究了所提方法的理论特性和经验性能。还考虑了实际数据应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Estimating the mean squared prediction error of the observed best predictor associated with small area counts: A computationally oriented approach
We consider estimation of the mean squared prediction error (MSPE) for observed best prediction (OBP) in small area estimation with count data. The OBP method has been previously developed in this context by Chen et al. (Journal of Survey Statistics and Methodology, 3, 136–161, 2015). However, estimation of the MSPE remains a challenging problem due to potential model misspecification that is considered in this setting. The latter authors proposed a bootstrap method for estimating the MSPE, whose theoretical justification is not clear. We propose to use a Prasad–Rao‐type linearization method to estimate the MSPE. Unlike the traditional linearization approaches, our method is computationally oriented and easier to implement in the same regard. Theoretical properties and empirical performance of the proposed method are studied. A real‐data application is considered.
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