One of the most accessible and useful statistical tools for comparing independent populations in different research areas is the coefficient of variation (CV). In this study, first, the asymptotic distribution of the ratio of CV of two uncorrelated populations is investigated. Then, the outputs are used to create a confidence interval and to establish a test of hypothesis about the CV ratio of the populations. The proposed approach is compared with an alternative method, showing its superiority and effectiveness
The univariate coefficient of variation (CV) is a widely used measure to compare the relative disper...
This paper considers several confidence intervals for estimating the population coefficient of varia...
The coefficient of variation (CV), which is used in many scientific areas, measures the variability ...
Abstract. The asymptotic distribution for the ratio of the sample cor-relations in two independent p...
Abstract. The asymptotic distribution for the ratio of the sample cor-relations in two independent p...
The coefficient of variation (CV) is an important and useful statistical tool for comparing several ...
The asymptotic distribution for the ratio of sample variances in two independent populations is est...
The coefficient of variation (CV), defined as the ratio of the standard deviation to the mean, is of...
. The asymptotic distribution for the ratio of the sample correlations in two independent populatio...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
The univariate coefficient of variation (CV) is a widely used measure to compare the relative disper...
This paper considers several confidence intervals for estimating the population coefficient of varia...
The coefficient of variation (CV), which is used in many scientific areas, measures the variability ...
Abstract. The asymptotic distribution for the ratio of the sample cor-relations in two independent p...
Abstract. The asymptotic distribution for the ratio of the sample cor-relations in two independent p...
The coefficient of variation (CV) is an important and useful statistical tool for comparing several ...
The asymptotic distribution for the ratio of sample variances in two independent populations is est...
The coefficient of variation (CV), defined as the ratio of the standard deviation to the mean, is of...
. The asymptotic distribution for the ratio of the sample correlations in two independent populatio...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
Two tests are derived for the hypothesis that the coefficients of variation of k normal populations ...
The univariate coefficient of variation (CV) is a widely used measure to compare the relative disper...
This paper considers several confidence intervals for estimating the population coefficient of varia...
The coefficient of variation (CV), which is used in many scientific areas, measures the variability ...