Estimation of population variance using kernel matrix

M Hanif, U Shahzad - Journal of Statistics and Management …, 2019 - Taylor & Francis
This study considers the issue of estimating the population variance utilizing trace of kernel
matrix in absence of non-response under simple random sampling scheme. Further …

Estimation of population variance using known coefficient of variation of an auxiliary variable in sample surveys

HP Singh, SK Pal - Journal of Statistics and Management Systems, 2017 - Taylor & Francis
This paper addresses the problem of estimating the population variance of the study
variable y using information on coefficient of variation Cx of an auxiliary variable x. We have …

[PDF][PDF] Distribution effect on the efficiency of some classes of population variance estimators using information of an auxiliary variable under simple random sampling

EH Oghenekevwe, EC Njideka… - Science Journal of …, 2020 - academia.edu
In many sampling situations, researchers come across variety of data. These data are
largely affected by the parent distribution. There are characteristics which some data share …

[PDF][PDF] A Generalized Ratio-Type Estimator of Finite Population Variance using Quartiles and their Functions

R Yadav - Journal of Statistics Applications & Probability, 2021 - naturalspublishing.com
In this paper, some ratio-type estimators for finite population variance have been proposed
using known values of the parameters of an auxiliary variable such as quartiles and their …

[PDF][PDF] Recent Advancements in Sampling Theory & its Applications

DK Yadav, R Yadav, SK Singh, AK Shukla - researchgate.net
Sampling is one of the most important statistical techniques used to draw the inference
about the whole population when it is very large and researchers have limited resources in …

[引用][C] Efficient ratio type estimators of population variance through linear transformation in simple and stratified random sampling

H Kaur, SS Brar, MK Sharma - International Journal of Statistics and Reliability …, 2018