Citation

Ganasigamony WJ, Antony Arul Selvaraj M. Concurr. Comput. 2022; 34(17): e6984.

Copyright

(Copyright © 2022, John Wiley and Sons)

DOI

10.1002/cpe.6984

PMID

unavailable

Abstract

In the study, a supervised learning framework is focused to identify the bipolar disorder (BD) using structural magnetic resonance imaging is focused. The work is based on the newly developed 3D SIFT and 3D SURF feature vectors with pattern recognition technique. The overall hypothesis is to deduct BD results from dysfunctional cellular metabolism within specific brain systems (i.e., anterior limbic brain network) as reflected in abnormalities in brain activation patterns and in specific neurochemical measures. The proposed method is used to integrate neuroimaging in exploring the biomarkers of BD to reveal the mechanism. In the method, two newly developed feature vectors and kernel PCA are combined or connected to project the feature vectors. Diagnosis process is done by random forest. The results reveal that the method has high potential to identify the BD than earlier works, and an average accuracy of 77.77% is reached. This research reveals that neuroimaging studies will help to differentiate BD from healthy controls.

Language: en

Keywords

feature extraction; image classification; machine learning; magnetic resonance imaging; SIFT; SURF