DocumentCode
943343
Title
On the relationship between the separability measures and the Bayes probability of error
Author
Golic, Jovan Dj
Volume
33
Issue
5
fYear
1987
fDate
9/1/1987 12:00:00 AM
Firstpage
694
Lastpage
701
Abstract
The information measures, as a special class of efficiency measures of muiticategory information systems, and their relations to the Bayes probability of error
have been recently defined and investigated. Another class of efficiency measures called the separability measures is introduced in this paper. The relationship between any separability measure and
is determined for any
, where
denotes the number of categories in a multicategory information system. As before,
and
criteria are proposed as the similarity measures between the separability measures and
. The problems of determination, for any
, of all the separability measures with minimal
and
criteria, called
-optimal and
-Optimal, are defined and completely solved, respectively. The minimal values of
and
criteria are evaluated as well. It is proved that the information measures are for each
more similar to
than the separability measures with respect to the minimal values of both
and
criteria. It is pointed out that the average conditional quadratic entropy is not only an information measure but also a separability measure, which is, for each
-optimal and very close to
-optimal separability measures with respect to the
criterion.
have been recently defined and investigated. Another class of efficiency measures called the separability measures is introduced in this paper. The relationship between any separability measure and
is determined for any
, where
denotes the number of categories in a multicategory information system. As before,
and
criteria are proposed as the similarity measures between the separability measures and
. The problems of determination, for any
, of all the separability measures with minimal
and
criteria, called
-optimal and
-Optimal, are defined and completely solved, respectively. The minimal values of
and
criteria are evaluated as well. It is proved that the information measures are for each
more similar to
than the separability measures with respect to the minimal values of both
and
criteria. It is pointed out that the average conditional quadratic entropy is not only an information measure but also a separability measure, which is, for each
-optimal and very close to
-optimal separability measures with respect to the
criterion.Keywords
Bayes procedures; Feature extraction; Information systems; Density functional theory; Density measurement; Entropy; Helium; Information systems; Mathematics; Particle measurements; Q measurement;
fLanguage
English
Journal_Title
Information Theory, IEEE Transactions on
Publisher
ieee
ISSN
0018-9448
Type
jour
DOI
10.1109/TIT.1987.1057349
Filename
1057349
Link To Document