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Calibration estimator in two stage sampling using double sampling approach when study variable is inversely related to auxiliary variable

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Title Calibration estimator in two stage sampling using double sampling approach when study variable is inversely related to auxiliary variable
Not Available
 
Creator Ankur Biswas
Kaustav Aditya
U.C. Sud
Pradip Basak
 
Subject Auxiliary information
Calibration
Design weights
Product estimator
Simulation
Double sampling
 
Description Not Available
The calibration approach is a popular technique for incorporating auxiliary information for estimation of population parameters in survey sampling. In general, the Calibration Approach assumes the availability of population-level auxiliary information. On the contrary, in large scale surveys, it is often the case that population-level data on auxiliary variable is not available, but it is relatively inexpensive to collect. In the present article, in case of non-availability of population-level relatively inexpensive data on auxiliary variable under two stage sampling, we developed product type calibration estimator of the finite population total using double sampling approach along with the sampling variance and variance estimator. The study variable is assumed to be inversely related with the auxiliary variable. Proposed product type calibration estimator was evaluated through a simulation study which showed that the proposed product type calibration estimator was performing efficiently over traditional Narain-Horvitz-Thompson type expansion estimator as well as product estimator of the finite population total in case of two stage sampling involving two phases at both the stages.
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Date 2023-07-05T09:16:21Z
2023-07-05T09:16:21Z
2023-05-30
 
Type Journal
 
Identifier Biswas, A.*, Aditya, K., Sud, U.C. and Basak, P. (2021). Calibration estimator in two stage sampling using double sampling approach when study variable is inversely related to auxiliary variable. Statistics and Applications, 21(1), 11-22.
2454-7395 (online)
http://krishi.icar.gov.in/jspui/handle/123456789/79674
 
Language English
 
Publisher Statistics and Applications