This work examines both the elliptically contoured Wishart density and theresulting density of the total correlation coefficient, and reaffirms the invariance property of the squared sampled multiple correlation coefficient. This invariance property is then exploited to show that the densities of the multiple correlation coefficients for the standard normal model and for the elliptically contoured model are identical. The same is shown to also hold for the density of the partial correlation coefficients. Keywords: Scale invariance, elliptically contoured model, multiple and partial correlation coefficients
AbstractCorrelation coefficients have many applications for studying the relationship among multivar...
A popular model in structural equation modeling involves a multivariate normal density with a struct...
When themultiple correlation coefficient is used tomeasure how strongly a given variable can be line...
In this paper it is proved that the nonnull density of the canonical correlation coefficients under ...
A comparison is made between the two descriptions of multiparticle correlations using either the α-m...
A comparison is made between the two descriptions of multiparticle correlations using either the α-m...
A comparison is made between the two descriptions of multiparticle correlations using either the α-m...
A comparison is made between the two descriptions of multiparticle correlations using either the α-m...
<p>The pairwise Pearson’s correlation coefficient between all pairs of models at the local scale.</p
Some classes of multivariate distributions, which have the same partial and con-ditional correlation...
<p>The pairwise Pearson’s correlation coefficient between all pairs of models at the regional scale....
In the correlation model, the classical coefficient of multiple determination 2 is a measure of asso...
There are several bi—directional situations where it is required to obtain a measure of correlation....
Partial correlations are the natural interaction terms to be associated with the edges of the indepe...
A popular model in structural equation modeling involves a multivariate normal density with a struct...
AbstractCorrelation coefficients have many applications for studying the relationship among multivar...
A popular model in structural equation modeling involves a multivariate normal density with a struct...
When themultiple correlation coefficient is used tomeasure how strongly a given variable can be line...
In this paper it is proved that the nonnull density of the canonical correlation coefficients under ...
A comparison is made between the two descriptions of multiparticle correlations using either the α-m...
A comparison is made between the two descriptions of multiparticle correlations using either the α-m...
A comparison is made between the two descriptions of multiparticle correlations using either the α-m...
A comparison is made between the two descriptions of multiparticle correlations using either the α-m...
<p>The pairwise Pearson’s correlation coefficient between all pairs of models at the local scale.</p
Some classes of multivariate distributions, which have the same partial and con-ditional correlation...
<p>The pairwise Pearson’s correlation coefficient between all pairs of models at the regional scale....
In the correlation model, the classical coefficient of multiple determination 2 is a measure of asso...
There are several bi—directional situations where it is required to obtain a measure of correlation....
Partial correlations are the natural interaction terms to be associated with the edges of the indepe...
A popular model in structural equation modeling involves a multivariate normal density with a struct...
AbstractCorrelation coefficients have many applications for studying the relationship among multivar...
A popular model in structural equation modeling involves a multivariate normal density with a struct...
When themultiple correlation coefficient is used tomeasure how strongly a given variable can be line...