Influenza Virus

This study develops a mathematical model for influenza types A, B, C, and D. The model uses compartmental dynamics to represent the transmission and progression of each influenza type. It aims to capture key features such as infection rates, recovery, and immunity within the population. The model provides insight into the spread and control of multiple influenza strains.This study develops a mathematical model for influenza types A, B, C, and D. The model uses compartmental dynamics to represent the transmission and progression of each influenza type. It aims to capture key features such as infection rates, recovery, and immunity within the population. The model provides insight into the spread and control of multiple influenza strains.