2015
DOI: 10.1007/s40819-015-0034-x
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Abstract: The new generalized exponential ratio cum dual to ratio type estimators are suggested using the transformation of Srivenkataramana (Biometrika 67:199-204, 1980) to the auxiliary variables for estimating the finite population mean. The expressions for mean square errors and biases of the proposed estimators have been derived up to first order of approximation. The conditions have been obtained for which the proposed estimators are more efficient than existing estimators. Empirical study is presented to evaluat… Show more

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Cited by 8 publications
(4 citation statements)
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References 7 publications
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“…Following Yasmeen et al (2015), a generalized dual to exponential ratio type estimator under non response is proposed. The bias and MSE expression of the proposed estimator has been derived.…”
Section: The Proposed Estimatormentioning
confidence: 99%
“…Following Yasmeen et al (2015), a generalized dual to exponential ratio type estimator under non response is proposed. The bias and MSE expression of the proposed estimator has been derived.…”
Section: The Proposed Estimatormentioning
confidence: 99%
“…When X 1 = X 2 such as for variance estimation in (Muneer, Khalil, Shabbir, and Narjis, 2018), this is a particular case of the additive parametric ratio estimator introduced just above. The third one is related to (Yasmeen, Amin, and Hanif, 2015;Adichwal, Sharma, and Singh, 2017). See for a comparison of this kind of estimators.…”
Section: Exemples Of Generalized Estimatorsmentioning
confidence: 99%
“…Many authors improved the precision of ratio and product estimators given in (1-2) by modifying them in different scenarios. For example, (Kadilar and Cingi, 2003) gave the stratified version of (Sisodia and Dwivedi, 1981; Upadhyaya and Singh, 1999), similarly (Kadilar and Cingi, 2005) extended the version of (Prasad, 1989) from simple random sampling (SRS) to StS, (Koyuncu and Kadilar, 2009) adopted the general family of estimators of (Khoshnevisan, et al, 2007;Searls, 1964) to StS, (Yasmeen, Noor-ul-Amin, and Hanif, 2015) gave a generalized exponential estimator for population mean using transformed auxiliary variable, (Malik and Singh, 2017) suggested exponential-type estimators with two auxiliary variables in StS, (Kumar, Trehan, and Joorel, 2018) gave the population mean estimate using two auxiliary variables by considering the impact of meansurment error and in the presence of non-response, (Noor-ul-Amin, Asghar, Sanaullah, and Shehzad, 2018) proposed a robust estimator using redescending M-estimator using auxiliary information. (Raza, Noor-ul-Amin, and Hanif, 2019) proposed a regression in ratio estimator in the existence of outliers using redescending M-Esimator, (Saini and Kumar, 2019) gave the transformed version of StS and stratified ranked set sampling to estimate the mean of the population.…”
Section: Introductionmentioning
confidence: 99%