Performance Comparison of New Adjusted Min-Max with Decimal Scaling and Statistical Column Normalization Methods for Artificial Neural Network Classification

In this research, the normalization performance of the proposed adjusted min-max methods was compared to the normalization performance of statistical column, decimal scaling, adjusted decimal scaling, and min-max methods, in terms of accuracy and mean square error of the final classification outcome...

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Bibliographic Details
Published in:International journal of mathematics and mathematical sciences 2022-04, Vol.2022, p.1-9
Main Author: Sinsomboonthong, Saichon
Format: Article
Language:English
Subjects:
Accuracy
Artificial neural networks
Avocados
Classification
Comparative analysis
Datasets
Diabetes
Efficiency
Errors
Kidney diseases
Liver
Liver diseases
Mean square values
Methods
Neural networks
Ranking
Rankings
Scaling
Software
Statistical methods
Support vector machines
Variables
Wine
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Summary:In this research, the normalization performance of the proposed adjusted min-max methods was compared to the normalization performance of statistical column, decimal scaling, adjusted decimal scaling, and min-max methods, in terms of accuracy and mean square error of the final classification outcomes. The evaluation process employed an artificial neural network classification on a large variety of widely used datasets. The best method was min-max normalization, providing 84.0187% average ranking of accuracy and 0.1097 average ranking of mean square error across all six datasets. However, the proposed adjusted-2 min-max normalization achieved a higher accuracy and a lower mean square error than min-max normalization on each of the following datasets: white wine quality, Pima Indians diabetes, vertical column, and Indian liver disease datasets. For example, the proposed adjusted-2 min-max normalization on white wine quality dataset achieved 100% accuracy and 0.00000282 mean square error. To conclude, for some classification applications on one of these specific datasets, the proposed adjusted-2 min-max normalization should be used over the other tested normalization methods because it performed better.
ISSN:0161-1712
1687-0425
DOI:10.1155/2022/3584406