Date of Award
Spring 2020
Degree Name
Bachelor of Arts
Department
Computer Science & Mathematics; College of Arts & Sciences
First Advisor
Carlos Ortiz
Abstract
We begin by understanding the fundamentals of fractional calculus and how it is used as a basis when applied to SIR models. In this particular case, we shall use fractional order of discretized differential equations for our SIR Model to examine the biological processes of the epidemic by Influenza A.
Recommended Citation
Tai, Justin and McCollum, Denver, "Observing Influenza A Through the Basis of Discretized Fractional Derivatives in SIR Models" (2020). Capstone Showcase. 22.
https://scholarworks.arcadia.edu/showcase/2020/comp_sci_math/22
Observing Influenza A Through the Basis of Discretized Fractional Derivatives in SIR Models
We begin by understanding the fundamentals of fractional calculus and how it is used as a basis when applied to SIR models. In this particular case, we shall use fractional order of discretized differential equations for our SIR Model to examine the biological processes of the epidemic by Influenza A.