Not AvailableChain-ratio estimators are often used to improve the efficiency of the estimation of the population total or the mean using two auxiliary variables, available in two different phases. An improved chain-ratio estimator for the population total based on double sampling is proposed when auxiliary information is available for the first variable and not available for the second variable. The bias and the mean square error of this estimator are obtained for a large sample. Empirical evaluations using both model-based and design-based simulations show that the proposed estimator performs better than the ratio, the regression, and the difference estimators.Not Availabl
Not AvailableUsual ratio estimator has limited utility in the sense that in populations where the co...
- In this paper, we propose a new ratio type estimator for double sampling with two auxiliary variab...
Modified generalized chain ratio in regression type estimator for population mean using two phase sa...
Not AvailableImproved chain-ratio estimators for the population mean based on two-phase sampling are...
This paper advocates the problem of estimating the population mean of the study variable y using the...
In this paper, we have proposed a chain ratio-type estimator for the population median under double ...
We suggest an estimator using two auxiliary variables for the estimation of the unknown population v...
This paper presents two chain type estimators for ratio of two population means of study characters ...
In this paper an exponential chain ratio cum dual to ratio estimator has been considered for estimat...
In sample surveys, it is usual to make use of auxiliary information to increase the precision of the...
In sample surveys, it is usual to make use of auxiliary information to increase the precision of the...
A chain ratio-type estimator is proposed for the estimation of finite population mean under systemat...
In this paper an exponential chain ratio-product-type estimators in double sampling has been develop...
Abstract The objective of this research is to create a chain-ratio-type exponential estimator in ord...
This paper presents some chain ratio-type estimators for estimating finite population variance using...
Not AvailableUsual ratio estimator has limited utility in the sense that in populations where the co...
- In this paper, we propose a new ratio type estimator for double sampling with two auxiliary variab...
Modified generalized chain ratio in regression type estimator for population mean using two phase sa...
Not AvailableImproved chain-ratio estimators for the population mean based on two-phase sampling are...
This paper advocates the problem of estimating the population mean of the study variable y using the...
In this paper, we have proposed a chain ratio-type estimator for the population median under double ...
We suggest an estimator using two auxiliary variables for the estimation of the unknown population v...
This paper presents two chain type estimators for ratio of two population means of study characters ...
In this paper an exponential chain ratio cum dual to ratio estimator has been considered for estimat...
In sample surveys, it is usual to make use of auxiliary information to increase the precision of the...
In sample surveys, it is usual to make use of auxiliary information to increase the precision of the...
A chain ratio-type estimator is proposed for the estimation of finite population mean under systemat...
In this paper an exponential chain ratio-product-type estimators in double sampling has been develop...
Abstract The objective of this research is to create a chain-ratio-type exponential estimator in ord...
This paper presents some chain ratio-type estimators for estimating finite population variance using...
Not AvailableUsual ratio estimator has limited utility in the sense that in populations where the co...
- In this paper, we propose a new ratio type estimator for double sampling with two auxiliary variab...
Modified generalized chain ratio in regression type estimator for population mean using two phase sa...