A new improved estimator for the population mean using twofold auxiliary information under simple random sampling

In this manuscript, the mean of the study and the auxiliary variable, as well as the rank of the auxiliary variable, were needed to develop a new, improved ratio-in-regression type estimator for population mean. Up to the first order of approximation, expressions for the bias and mean square error o...

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Bibliographic Details
Published inManagement science letters Vol. 13; no. 4; pp. 265 - 276
Main Authors Tahir, Muhammad, Yude, Bu, Bashir, Saima, Hussain, Sardar, Munir, Tahir
Format Journal Article
LanguageEnglish
Published Growing Science 2023
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Summary:In this manuscript, the mean of the study and the auxiliary variable, as well as the rank of the auxiliary variable, were needed to develop a new, improved ratio-in-regression type estimator for population mean. Up to the first order of approximation, expressions for the bias and mean square error of the existing and proposed estimators are computed. The effectiveness and stability of our new, enhanced estimator are evaluated using simulation and two actual data sets. The suggested estimator's superior performance to all other considered estimators is shown both conceptually and numerically. The mean square error is the lowest, and PREs out-performs other known estimators by a factor of more than one hundred. Overall, we draw the conclusion that the suggested new improved estimator outperforms all its predecessors.
ISSN:1923-9335
1923-9343
DOI:10.5267/j.msl.2023.5.001