Michael Okpara University of Agriculture
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Sensitivity of the Mathematical Model on the Control of HBV -HDV Co-Infection Transmission Dynamics in a Given Population:- Aja, Remigius O
ABTRACT
In this paper the basic reproduction number for Ro for HBV-HDV co-Infection was obtained with respect to the parameters mathcad. TheLS^U^'0" C°",r°'S Were Carried susceptible...
Optimal Nipah Virus (NIV) Spread Control Dynamics:- Aja, Remigius O.
ABSTRACT
In this work, we look at the vaccine and condom Nipah virus model using an optimum control analysis. We implemented measures to limit infection dissemination and control. We examine...
The dynamics of Nipah virus (NiV) transmission and analysis:- Aja, Remigius O.
Abstract
We propose a model for NiV infection mechanisms from pigs to humans and humans to humans, with a focus on the impact of a combination vaccine, and condom as a control measure. In a...
Mathematical model of terrorism population dynamics: A case Of A Community Under The Attack Of Two Terrorists Groups:- Aja, Remigius O.
Abstract
We formulated in this work, a mathematical model which is made up of system of non-linear ordinary differential equations that is analyzed so to study the dynamics of terrorism, a case of...
Mathematical Modeling Of The Spread Of Vector Borne Diseases With Infuluence Of Vertical Transmission And Preventive Strategies:- Aja, Remigius O
ABSTRACT
This work is aimed at formulating a mathematical model ofthe spread ofvector-bome diseases with influence of vertical transmission and preventive strategies. Vector borne diseases are...
Fractional mathematical model forthe transmission dynamics and control of Lassa fever:- Aja, Remigius O.
ABSTRACT
This paper aims to investigate various epidemiological aspects ofLassa fever viral infection using a fractionalorder mathematical model so as to assess the impacts of treatment and...
The Mathematical Nipah Virus Model With Atangana-Baleanu Derivative:- Aja, Remigius O.
Abstract
The applicability of the Atangana-Baleanu derivative in modeling and assessing the dynamics of the Nipah virus is investigated in this paper. The Atangana-Baleanu derivative, a fractional...
Quantitative Assessment Of Targeted Testing And Antiretroviral Therapy Integration In Mathematical Modeling Of HIV/AIDS Dynamics:-Aja, Remigius O.
ABSTRACT
This study introduces an improved mathematical framework for modeling the dynamics of HIV/AIDS transmission. The model incorporates targeted testing strategies and accounting for the...
Complex Ebola Virus Disease fractional order model in the Caputo sense with Laplace Adomian Decomposition Method model solution:- Aja, Remigius O.
ABSTRACT
Ebola Virus Disease is a life-threatening disease that is transmitted between humans and animals. The aim of this study is to develop a fractional order Ebola Virus Disease model for the...
Sensitivity analysis and differential transformation technique on Nipah virus mathematical model: Aja, Remigius O.
Abstract
In this research, we conduct sensitivity analysis on the parameters of the Nipah virus model and then apply the differential transformation method to solve the model equations. By...