Chromosome Polarity Determination Based on the Total Length and Centromere Location Using Machine Learning Algorithms

TitleChromosome Polarity Determination Based on the Total Length and Centromere Location Using Machine Learning Algorithms
Publication TypeJournal Article
Year of Publication2014
Date Published09/2014
JournalSouth East Journal of Soft Computing
Volume3
Issue2
Section1
Publication Languageeng
AuthorsKarađuzović - Hadžiabdić, K, Gagula-Palalic, S
ISSN Number2233-1859
Abstract

In this work we determine chromosome polarity based on three machine learning methods: multilayer perceptron (MLP) neural networks, k-nearest neighbor (k-nn) method and support vector machines (SVM). In all three machine learning methods only two chromosome features, total length of the chromosome and the cetromere location, were used to determine the chromosome polarity.  Classification results obtained are 95.94%, 95.255%, and 95.88% for MLP neural networks, k-nn method and SVM respectively.

URLhttp://scjournal.com.ba/index.php/scjournal/article/view/81/77
Refereed DesignationRefereed