Equalizing imbalanced imprecise datasets for genetic fuzzy classifiers

Determining whether an imprecise dataset is imbalanced is not immediate. The vagueness in the data causes that the prior probabilities of the classes are not precisely known, and therefore the degree of imbalance can also be uncertain. In this paper we propose suitable extensions of different resamp...

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Main Authors: AnaM. Palacios, Luciano Sánchez, Inés Couso
Format: Article
Language:English
Published: Springer 2012-04-01
Series:International Journal of Computational Intelligence Systems
Subjects:
Online Access:https://www.atlantis-press.com/article/25867972.pdf
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author AnaM. Palacios
Luciano Sánchez
Inés Couso
author_facet AnaM. Palacios
Luciano Sánchez
Inés Couso
author_sort AnaM. Palacios
collection DOAJ
description Determining whether an imprecise dataset is imbalanced is not immediate. The vagueness in the data causes that the prior probabilities of the classes are not precisely known, and therefore the degree of imbalance can also be uncertain. In this paper we propose suitable extensions of different resampling algorithms that can be applied to interval valued, multi-labelled data. By means of these extended preprocessing algorithms, certain classification systems designed for minimizing the fraction of misclassifications are able to produce knowledge bases that are also adequate under common metrics for imbalanced classification.
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spelling doaj.art-db2418eb74ed4747993ad2621acd56102022-12-22T01:54:56ZengSpringerInternational Journal of Computational Intelligence Systems1875-68832012-04-015210.1080/18756891.2012.685292Equalizing imbalanced imprecise datasets for genetic fuzzy classifiersAnaM. PalaciosLuciano SánchezInés CousoDetermining whether an imprecise dataset is imbalanced is not immediate. The vagueness in the data causes that the prior probabilities of the classes are not precisely known, and therefore the degree of imbalance can also be uncertain. In this paper we propose suitable extensions of different resampling algorithms that can be applied to interval valued, multi-labelled data. By means of these extended preprocessing algorithms, certain classification systems designed for minimizing the fraction of misclassifications are able to produce knowledge bases that are also adequate under common metrics for imbalanced classification.https://www.atlantis-press.com/article/25867972.pdfGenetic Fuzzy SystemsInterval Valued DataImbalanced ClassificationLow Quality Data
spellingShingle AnaM. Palacios
Luciano Sánchez
Inés Couso
Equalizing imbalanced imprecise datasets for genetic fuzzy classifiers
International Journal of Computational Intelligence Systems
Genetic Fuzzy Systems
Interval Valued Data
Imbalanced Classification
Low Quality Data
title Equalizing imbalanced imprecise datasets for genetic fuzzy classifiers
title_full Equalizing imbalanced imprecise datasets for genetic fuzzy classifiers
title_fullStr Equalizing imbalanced imprecise datasets for genetic fuzzy classifiers
title_full_unstemmed Equalizing imbalanced imprecise datasets for genetic fuzzy classifiers
title_short Equalizing imbalanced imprecise datasets for genetic fuzzy classifiers
title_sort equalizing imbalanced imprecise datasets for genetic fuzzy classifiers
topic Genetic Fuzzy Systems
Interval Valued Data
Imbalanced Classification
Low Quality Data
url https://www.atlantis-press.com/article/25867972.pdf
work_keys_str_mv AT anampalacios equalizingimbalancedimprecisedatasetsforgeneticfuzzyclassifiers
AT lucianosanchez equalizingimbalancedimprecisedatasetsforgeneticfuzzyclassifiers
AT inescouso equalizingimbalancedimprecisedatasetsforgeneticfuzzyclassifiers