A Dual Framework of Feature Selection based on the Fusion of HOG and Pyramid HOG for the Categorization of COVID-19

Authors

  • Mehak Mushtaq Malika
  • Muhammand Hamza Azam
  • Farhat Afza

Keywords:

COVID, Classification, Entropy, HOG, PHOG, SVM

Abstract

COVID-19 was initially detected in Wuhan, China. The virus spread all over the world at a rapid speed. COVID-19 is an infection that may cause infections in the respiratory system and the lungs. In order to diagnose COVID-19, chest X-rays have been utilized extensively. The purpose of this research is to create a computer-vision-based method for identifying COVID in chest X-rays. In the proposed model handcrafted features known as HOG and PHOG are derived and fused. After features have been fused, the Binary Grey Wolf Optimization technique is used with an Entropy-Based Optimization Algorithm to select the most significant features possible. The proposed model results are evaluated on a benchmark X-ray dataset that gives greater than 99% accuracy. The proposed model performed better compared to existing published works in this domain.

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Published

2023-01-02

How to Cite

Mehak Mushtaq Malika, Muhammand Hamza Azam, & Farhat Afza. (2023). A Dual Framework of Feature Selection based on the Fusion of HOG and Pyramid HOG for the Categorization of COVID-19. University of Wah Journal of Computer Science, 4(2), 1–7. Retrieved from http://uwjcs.org.pk/index.php/ojs/article/view/46