AbstractTwo 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 Πi:SNM(μi) and Πj:SNM(μj), i ≠ 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
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
AbstractTwo optimal characteristic properties of the normal distribution are shown: (a) Of all the S...
Two optimal characteristic properties of the normal distribution are shown: (a) Of all the SNM (sphe...
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...
AbstractIn this paper some characterization results ofLp-norm spherical distributions are obtained. ...
AbstractIt is a well known fact that invariance under the orthogonal group and marginal independence...
A probability distribution is called spherically symmetric if it is invariant with respect to rotati...
AbstractFor the problem of estimating under squared error loss the location parameter of a p-variate...
Abstract. Tractable generalizations of the Gaussian distribution play an important role for the anal...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
AbstractTwo optimal characteristic properties of the normal distribution are shown: (a) Of all the S...
Two optimal characteristic properties of the normal distribution are shown: (a) Of all the SNM (sphe...
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...
AbstractIn this paper some characterization results ofLp-norm spherical distributions are obtained. ...
AbstractIt is a well known fact that invariance under the orthogonal group and marginal independence...
A probability distribution is called spherically symmetric if it is invariant with respect to rotati...
AbstractFor the problem of estimating under squared error loss the location parameter of a p-variate...
Abstract. Tractable generalizations of the Gaussian distribution play an important role for the anal...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
It is a well known fact that invariance under the orthogonal group and marginal independence uniquel...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...
An in-dimensional random vector X is said to have a spherical distribution if and only if its charac...