IMPROVING THE QUALITY OF EXTREME LEARNING MACHINE PREDICTIONS ON REGRESSION AND CLASSIFICATION TASKS BY EMPLOYING SELECTION BREEDING OF ACTIVATION FUNCTIONS VIA THE GENE EXPRESSION PROGRAMMING ALGORITHM
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Annotation: This paper proposes an approach to improve the quality of Extreme Learning Machine (ELM) predictions using
a genetic algorithm that implements an evolutionary process for neuron activation functions in the hidden layer
of the model. To select the best candidate in the selection breeding process, both its computational complexity
and the quality of the results obtained using it are considered. To validate the proposed approach, 4 different
datasets are considered and used to evaluate the quality of different models for classification and regression
tasks. Experimental results confirm that ELM model shows better results with activation functions obtained
using Gene Expression Programming (GEP) algorithm than with classical activation functions used to solve
similar problems.
Keywords: machine learning, classification, regression, symbolic regression, Extreme Learning Machine (ELM), Gene
Expression Programming (GEP), genetic algorithms, Mann-Whitney U test
Page numbers: 63-74.
For citation: Demidova L.A., Zhuravlev V.E. Improving the quality of extreme learning machine predictions on regression and classification tasks by employing selection breeding of activation functions via the gene expression programming algorithm // Electronic Scientific Journal IT-Standard. – 2024. – No. 1. – pp. 63-74.