A Biological Data-Driven Mining Technique by Using Hybrid Classifiers With Rough Set

Linkon Chowdhury, Md Sarwar Kamal, Shamim H. Ripon, Sazia Parvin, Omar Khadeer Hussain, Amira Ashour and Bristy Roy Chowdhury
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Linkon Chowdhury: East Delta University, Bangladesh
Md Sarwar Kamal: University of Technology Sydney, Australia
Shamim H. Ripon: East West University, Bangladesh
Sazia Parvin: University of New South Wales, Australia
Omar Khadeer Hussain: University of New South Wales, Australia
Amira Ashour: Tanta University, Egypt
Bristy Roy Chowdhury: BGC Trust University, Bangladesh

International Journal of Ambient Computing and Intelligence (IJACI), 2021, vol. 12, issue 3, 123-139

Abstract: Biological data classification and analysis are significant for living organs. A biological data classification is an approach that classifies the organs into a particular group based on their features and characteristics. The objective of this paper is to establish a hybrid approach with naive Bayes, apriori algorithm, and KNN classifier that generates optimal classification rules for finding biological pattern matching. The authors create combined association rules by using naïve Bayes and apriori approach with a rough set for next sequence prediction. First, the large DNA sequence is reduced by using k-nearest approach. They apply association rules by using naïve Bayes and apriori approach for the next sequence pattern. The hybrid approach provides more accuracy than single classifier for biological sequence prediction. The optimized hybrid process needs less execution time for rule generation for massive biological data analysis. The results established that the hybrid approach generally outperforms the other association rule generation approach.

Date: 2021
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