In this paper, a class of resampling techniques for finite populations under pps sampling design is introduced. The basic idea on which they rest is a two-step procedure consisting in: (i) constructing a pseudo-population" on the basis of sample data; (ii) drawing a sample from the predicted population according to an appropriate resampling design. From a logical point of view, this approach is essentially based on the plug-in principle by Efron, at the "sampling design level". Theoretical justifications based on large sample theory are provided. New approaches to construct pseudo populations based on various forms of calibrations are proposed. Finally, a simulation study is performed.

A unified principled framework for resampling based on pseudo-populations: asymptotic theory / Conti, Pier Luigi; Marella, Daniela; Mecatti, Fulvia; Andreis, Federico. - In: BERNOULLI. - ISSN 1350-7265. - 26:(2020), pp. 1044-1069. [10.3150/19-BEJ1138]

A unified principled framework for resampling based on pseudo-populations: asymptotic theory

Pier Luigi Conti
Methodology
;
Daniela Marella
Methodology
;
2020

Abstract

In this paper, a class of resampling techniques for finite populations under pps sampling design is introduced. The basic idea on which they rest is a two-step procedure consisting in: (i) constructing a pseudo-population" on the basis of sample data; (ii) drawing a sample from the predicted population according to an appropriate resampling design. From a logical point of view, this approach is essentially based on the plug-in principle by Efron, at the "sampling design level". Theoretical justifications based on large sample theory are provided. New approaches to construct pseudo populations based on various forms of calibrations are proposed. Finally, a simulation study is performed.
2020
resampling; bootstrap; calibration; sampling designs; confidence intervals; finite populations
01 Pubblicazione su rivista::01a Articolo in rivista
A unified principled framework for resampling based on pseudo-populations: asymptotic theory / Conti, Pier Luigi; Marella, Daniela; Mecatti, Fulvia; Andreis, Federico. - In: BERNOULLI. - ISSN 1350-7265. - 26:(2020), pp. 1044-1069. [10.3150/19-BEJ1138]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/1301381
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