On the Use of Multiple Auxiliary Variables in Estimation of Current Population Mean in Two-Occasion Successive (Rotation) Sampling

Singh, GN; Karna, JP; Prasad, Shakti

doi:10.4038/sljastats.v12i0.4970

Cited by 5 publications

(2 citation statements)

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“…Utilizing the auxiliary information on both occasions, Feng and Zou (1997), Biradar and Singh (2001), G. N. Singh (2005), G. N. Singh and Priyanka (2006;2007;2008;, G. N. Singh and Karna (2009), H. P. Singh and Vishwakarma (2009), G. N. Singh and Prasad (2010), G. N. Singh, Karna, and Prasad (2011, H. P. Singh, Tailor, Singh, andKim (2011), G. N. Singh andPrasad (2013), and G. N. Singh and Homa (2013) proposed varieties of estimators of the population mean on the current (second) occasions in two-occasion successive sampling.…”

Section: Introductionmentioning

confidence: 99%

An Improved Generalized Estimation Procedure of Current Population Mean in Two-Occasion Successive Sampling

Singh¹,

Singh²,

Sharma³

2016

J. Mod. App. Stat. Meth.

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The present work is an attempt to make use of several auxiliary variables on both occasions for improving the precision of estimates for the current population mean in two-occasion successive sampling. A generalized exponential-cum-regression type estimator of the current population mean is proposed and its optimum replacement strategy has been discussed. Empirical studies are carried out to show the dominance of the proposed estimation procedure over the sample mean estimator and natural successive sampling estimator. Empirical results have been interpreted and suitable recommendations are put forward to survey practitioners.

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Section: Introductionmentioning

confidence: 99%

An Improved Generalized Estimation Procedure of Current Population Mean in Two-Occasion Successive Sampling

Singh¹,

Singh²,

Sharma³

2016

J. Mod. App. Stat. Meth.

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“…Sen (1971) considered the estimators for the population mean on the current occasion using information on two auxiliary variables available on previous occasion. Feng and (1997), and Biradar and Singh (2001) and Singh et al (2011) used the auxiliary information on both the occasions for estimating the current population mean in two-occasion successive sampling. In some situations information on two or more than two auxiliary variables may be readily available or may be made available by diverting a small amount of fund available for the survey, for instance, see , and Singh and Vishwakarma (2009), , , and , , and , and .…”

Section: Introductionmentioning

confidence: 99%

A Modified Procedure for Estimating the Population Mean in Two-Occasion Successive Sampling

Singh¹,

Pal²

2017

JAS

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Abstract. . This paper addresses the problem of estimating the current population mean in two occasion successive sampling. Utilizing the readily available information on two auxiliary variables on both occasions and the information on study variable from the previous occasion, some new estimation procedures have been developed. Properties of the proposed estimators have been studied and their respective optimum replacement policies are discussed. Relative comparison of efficiencies of the suggested estimators with the sample mean estimator when there is no matching from previous occasion and the optimum successive sampling estimator when no auxiliary information is used have been incorporated. Empirical study is carried out to judge the merits of the suggested estimators and suitable recommendations are given. We have also added a practical application in order to examine the performance of the proposed estimators. 1348Abstract in French -Résumé Ce papier traite du problème de l'estimation de la moyenne d'un paramètre d'une population dans le schéma d'unéchantillonnage en deuxétapes successives. De nouvellesprocédures d'estimation sont développées, basées sur l'information fournies par les deux variables auxiliaires lors dans les deuxéetapes et celle reçue de l'estimation de la premièreétape.Les propriétés de ces estimateurs ontétéétudiées et la stratéegie optimale de leur remplacement sont discutées. L'effcacitée relative des nouveaux estimateurs aété présentée, d'abord par rapportà la moyenne empirique lorsqu'il n'y a pas de correspondances avec la premièreétape, ensuite et par rapportà l'estimateur optimal de l'échantillonnage successif lorsque les variables auxiliaires ne sont pas utilisées. Uneétude de simulation aété entreprise pour montrer les mérites de cette méthode, ayant aboutità des recommandations. Enfin, nous avons ajouté une application pratique pour examiner la performance de nos estimateurs.

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A Review of Chain-Type Estimators and a New Chain-Type Multivariate Regression Approach for Population Mean Under Two-Occasion Successive Sampling

Singh

Pal

2016

Proc. Natl. Acad. Sci., India, Sect. A Phys. Sci.

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On the Use of Multiple Auxiliary Variables in Estimation of Current Population Mean in Two-Occasion Successive (Rotation) Sampling

Cited by 5 publications

References 12 publications

An Improved Generalized Estimation Procedure of Current Population Mean in Two-Occasion Successive Sampling

An Improved Generalized Estimation Procedure of Current Population Mean in Two-Occasion Successive Sampling

A Modified Procedure for Estimating the Population Mean in Two-Occasion Successive Sampling

A Review of Chain-Type Estimators and a New Chain-Type Multivariate Regression Approach for Population Mean Under Two-Occasion Successive Sampling

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