An under-Sampled Approach for Handling Skewed Data Distribution using Cluster Disjuncts
An under-Sampled Approach for Handling Skewed Data Distribution using Cluster Disjuncts
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Keywords

classification
class imbalance
cluster disjunct
under sampling
MAJOR_CD

How to Cite

Syed Ziaur Rahman. (2014). An under-Sampled Approach for Handling Skewed Data Distribution using Cluster Disjuncts. Global Journal of Computer Science and Technology, 14(C7), 1–11. Retrieved from https://gjcst.com/index.php/gjcst/article/view/1183

Abstract

In Data mining and Knowledge Discovery hidden and valuable knowledge from the data sources is discovered The traditional algorithms used for knowledge discovery are bottle necked due to wide range of data sources availability Class imbalance is a one of the problem arises due to data source which provide unequal class i e examples of one class in a training data set vastly outnumber examples of the other class es Researchers have rigorously studied several techniques to alleviate the problem of class imbalance including resampling algorithms and feature selection approaches to this problem In this paper we present a new hybrid frame work dubbed as Majority Under-sampling based on Cluster Disjunct MAJOR_CD for learning from skewed training data This algorithm provides a simpler and faster alternative by using cluster disjunct concept We conduct experiments using twelve UCI data sets from various application domains using five algorithms for comparison on six evaluation metrics The empirical study suggests that MAJOR_CD have been believed to be effective in addressing the class imbalance problem
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