Mathematical analysis of the transmission dynamics of viral infection with effective control policies via fractional derivative

• Main Authors: Jan R., Razak N.N.A., Boulaaras S., Rehman Z.U., Bahramand S.
• Other Authors: 57205596279
• Format: Article
• Published: Walter de Gruyter GmbH 2024
• Subjects: differential equations; dynamical behavior; mathematical operators; public health policies; stability analysis; viral dynamics; Differential equations; Disease control; Dynamics; Economic and social effects; Fixed point arithmetic; Mathematical operators; Viruses; Control policy; Dynamical behaviors; Fractional derivatives; Input parameter; Mathematical analysis; Public health policies; Stability analyze; Transmission dynamics; Viral dynamic; Viral infections; COVID-19

It is well known that viral infections have a high impact on public health in multiple ways, including disease burden, outbreaks and pandemic, economic consequences, emergency response, strain on healthcare systems, psychological and social effects, and the importance of vaccination. Mathematical mo...