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E-SMOTE: Entropy Based Minority Oversampling for Heart Failure and AIDS Clinical Trails Analysis
Conference proceeding

E-SMOTE: Entropy Based Minority Oversampling for Heart Failure and AIDS Clinical Trails Analysis

Sainath Veerla, Anbu Valluvan Devadasan, Mohammad Masum, Mohammed Chowdhury and Hossain Shahriar
Proceedings : annual International Computer Software and Applications Conference, pp.1841-1846
IEEE Annual Computers, Software, and Applications Conference (COMPSAC), 48th (Osaka, Japan, 07/02/2024–07/04/2024)
08/2024
DOI: https://doi.org/10.1109/COMPSAC61105.2024.00291
Web of Science ID: WOS:001308581200282

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Abstract

Entropy Imbalanced class Sampling Entropy-based Synthetic Minority Oversampling Technique (SMOTE) class imbalance Cybersecurity Machine Learning
Machine Learning (ML) algorithms often exhibit reduced performance in the presence of class imbalance, leading to biased results favoring the majority class in a dataset. This imbalance can be addressed through various sampling techniques, including oversampling of the minority class, undersampling of the majority class, or a combination of both. However, these techniques utilize the entire set of samples of datasets. In this paper, we introduce E-SMOTE, an Entropy-based Synthetic Minority Oversampling Technique (SMOTE), which extends the traditional SMOTE method. E-SMOTE is a novel oversampling technique designed to utilize a subset of the dataset from the minority class for the oversampling process. We employ entropy as a guiding metric to identify influential minority class instances located near decision boundaries. By generating additional instances near these boundaries within a binary classification system, E-SMOTE strengthens the decision boundary during the ML classifier training process. We conducted experiments on two datasets, Heart Failure Records and AIDS Clinical Trail Records, to demonstrate the effectiveness of E-SMOTE compared to traditional SMOTE. Our experimental results illustrate that E-SMOTE outperforms baseline classifier for both Heart Failure and AIDS clinical trial datasets. Additionally, it provides reasonable and comparable performance using a subset of the datasets compared to SMOTE oversampling technique using the entire dataset.

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