Abstract: The asymptotic formula for the variance of a percentile stimate is inversely proportional to the square of the probability density function evaluated at that percentile. In this note we show, for small and moderate sample sizes, that the estimate of the variance can have a moderate to large coefficient of variation even when the form of the density is known. When the density must be estimated empirically, the coefficient of variation increases ubstantially. We conclude that the estimate of the variance should not be used in either confidence interval estimation or hypothesis testing except for very large sample sizes
In this article, we study the behavior of the coefficient of variation (CV) of a random variable tha...
A bias correction method for inequality measures is proposed. The coefficient of variation squared (...
Implicitly or explicitly percentile estimation is an important aspect of the analysis of aerial radi...
The asymptotic formula for the variance of a percentile estimate is inversely proportional to the sq...
In this paper, we obtain bounds for the population coefficient of variation (CV) in Bernoulli, Discr...
This note considers the variance estimation for population size estimators based on capture–recaptur...
In this paper we proposed the new confidence interval for the normal population mean with known coef...
The coefficient of variation (CV), defined as the ratio of the standard deviation to the mean, is of...
In this paper we propose a generalization of the usual coefficient of variation (CV) to address some...
In this paper we proposed two new confidence intervals for the normal population mean with known coe...
Proportion estimators are quite frequently used in many application areas. The conventional proporti...
International audienceWe show that, in the random coefficients logit model, standard inference proce...
This paper presents three confidence intervals for the coefficient of variation in a normal distribu...
Estimation of Weibull distribution shape and scale parameters is accomplished through use of symmetr...
AbstractWe determine the joint asymptotic normality of kernel and weighted least-squares estimators ...
In this article, we study the behavior of the coefficient of variation (CV) of a random variable tha...
A bias correction method for inequality measures is proposed. The coefficient of variation squared (...
Implicitly or explicitly percentile estimation is an important aspect of the analysis of aerial radi...
The asymptotic formula for the variance of a percentile estimate is inversely proportional to the sq...
In this paper, we obtain bounds for the population coefficient of variation (CV) in Bernoulli, Discr...
This note considers the variance estimation for population size estimators based on capture–recaptur...
In this paper we proposed the new confidence interval for the normal population mean with known coef...
The coefficient of variation (CV), defined as the ratio of the standard deviation to the mean, is of...
In this paper we propose a generalization of the usual coefficient of variation (CV) to address some...
In this paper we proposed two new confidence intervals for the normal population mean with known coe...
Proportion estimators are quite frequently used in many application areas. The conventional proporti...
International audienceWe show that, in the random coefficients logit model, standard inference proce...
This paper presents three confidence intervals for the coefficient of variation in a normal distribu...
Estimation of Weibull distribution shape and scale parameters is accomplished through use of symmetr...
AbstractWe determine the joint asymptotic normality of kernel and weighted least-squares estimators ...
In this article, we study the behavior of the coefficient of variation (CV) of a random variable tha...
A bias correction method for inequality measures is proposed. The coefficient of variation squared (...
Implicitly or explicitly percentile estimation is an important aspect of the analysis of aerial radi...