Excess kurtosis of a univariate random variable is defined as its kurtosis minus 3, i.e. the kurtosis of a normal distribution. Excess kurtosis is a one of a dispersion measures. This parameter provides the information about peakedness and tail weight of a distribution compared to normal distribution. In the paper we propose a generalization of this characteristic for random vectors and analyze its basic properties. Moreover, we introduce the form of excess kurtosis for the selected multivariate distribution
Kurtosis can be measured in more than one way. A modification of Geary\u27s measure of kurtosis is s...
James Koziol, in his 1987 and 1989 papers, proposed to use the sums of either the squared fourth-ord...
International audienceIn various studies on blind separation of sources, one assumes that sources ha...
Kurtosis (k) is any measure of the "peakedness" of a distribution of a real-valued random variable. ...
For symmetric unimodal distributions, positive kurtosis indicates heavy tails and peakedness relativ...
The standardized fourth central moment (standardized according to the variance) is often regarded as...
Two families of kurtosis measures are defined as K1(b) = E[ab-|z|] and K2(b) = E[a(1 - |z|b)] where ...
AbstractWhen a multivariate elliptical distribution is used as the basis in multivariate analysis al...
The asymptotic distribution of marginal sample kurtoses is derived. The distribution is used to deri...
International audienceIn this paper we point out some important properties of the normalized fourth-...
In this paper, we consider the multivariate normality test based on measure of multivariate kurtosis...
The analysis of the product of two normally distributed variables does not seem to follow any known ...
This article proposes a simple method to visualize peak and tails in continuous distributions with f...
New, functional, concepts of skewness and kurtosis are introduced for large classes of continuous un...
Kurtosis is a commonly used descriptive statistics. Kurtosis “Coefficient of excess” is critically r...
Kurtosis can be measured in more than one way. A modification of Geary\u27s measure of kurtosis is s...
James Koziol, in his 1987 and 1989 papers, proposed to use the sums of either the squared fourth-ord...
International audienceIn various studies on blind separation of sources, one assumes that sources ha...
Kurtosis (k) is any measure of the "peakedness" of a distribution of a real-valued random variable. ...
For symmetric unimodal distributions, positive kurtosis indicates heavy tails and peakedness relativ...
The standardized fourth central moment (standardized according to the variance) is often regarded as...
Two families of kurtosis measures are defined as K1(b) = E[ab-|z|] and K2(b) = E[a(1 - |z|b)] where ...
AbstractWhen a multivariate elliptical distribution is used as the basis in multivariate analysis al...
The asymptotic distribution of marginal sample kurtoses is derived. The distribution is used to deri...
International audienceIn this paper we point out some important properties of the normalized fourth-...
In this paper, we consider the multivariate normality test based on measure of multivariate kurtosis...
The analysis of the product of two normally distributed variables does not seem to follow any known ...
This article proposes a simple method to visualize peak and tails in continuous distributions with f...
New, functional, concepts of skewness and kurtosis are introduced for large classes of continuous un...
Kurtosis is a commonly used descriptive statistics. Kurtosis “Coefficient of excess” is critically r...
Kurtosis can be measured in more than one way. A modification of Geary\u27s measure of kurtosis is s...
James Koziol, in his 1987 and 1989 papers, proposed to use the sums of either the squared fourth-ord...
International audienceIn various studies on blind separation of sources, one assumes that sources ha...