Two optimal characteristic properties of the normal distribution are shown: (a) Of all the SNM (spherical scale normal mixtures) the normal with the same Mahalanobis distances between [Pi]i:SNM([mu]i) and [Pi]j:SNM([mu]j), i [not equal to] j, maximizes the probabilities of correct classification determined by a certain subclass of the LDF classification rules; (b) The class of LDF (linear discriminant function) rules is the admissible class for the discrimination problem with spherical population alternatives iff the spherical distribution is normal.Spherical distributions linear discriminant functions characterizations of normality spherical normal mixtures discriminatory power
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...
A class of discriminant rules which includes the Fisher’s linear discriminant function and the likel...
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...
AbstractTwo optimal characteristic properties of the normal distribution are shown: (a) Of all the S...
AbstractTwo optimal characteristic properties of the normal distribution are shown: (a) Of all the S...
AbstractA general integral expression is obtained for evaluating the performance of Fisher's linear ...
AbstractA general integral expression is obtained for evaluating the performance of Fisher's linear ...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
The linear discriminant function which is optimal for discriminating between normal alternatives is ...
A probability distribution is called spherically symmetric if it is invariant with respect to rotati...
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...
In this article we obtain the characteristic functions (c.f's) for L-1-spherical distributions ...
Abstract. Tractable generalizations of the Gaussian distribution play an important role for the anal...
Three types of characterizations for two subclasses of spherical distributions are presented. Within...
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...
A class of discriminant rules which includes the Fisher’s linear discriminant function and the likel...
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...
AbstractTwo optimal characteristic properties of the normal distribution are shown: (a) Of all the S...
AbstractTwo optimal characteristic properties of the normal distribution are shown: (a) Of all the S...
AbstractA general integral expression is obtained for evaluating the performance of Fisher's linear ...
AbstractA general integral expression is obtained for evaluating the performance of Fisher's linear ...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
The linear discriminant function which is optimal for discriminating between normal alternatives is ...
A probability distribution is called spherically symmetric if it is invariant with respect to rotati...
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...
In this article we obtain the characteristic functions (c.f's) for L-1-spherical distributions ...
Abstract. Tractable generalizations of the Gaussian distribution play an important role for the anal...
Three types of characterizations for two subclasses of spherical distributions are presented. Within...
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...
A class of discriminant rules which includes the Fisher’s linear discriminant function and the likel...
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...