[HTML][HTML] A fractional-order tuberculosis model with efficient and cost-effective optimal control interventions
This study is concerned with applying fractional calculus in modelling tuberculosis (TB)
transmission dynamics. A new six-dimensional fractional-order mathematical model in the …
transmission dynamics. A new six-dimensional fractional-order mathematical model in the …
Efficiency and economic analysis of intervention strategies for recurrent malaria transmission
In epidemiological modelling, efficiency and economic analyses have become important
metrics for identifying efficient and cost-effective intervention strategies that avert highest …
metrics for identifying efficient and cost-effective intervention strategies that avert highest …
Dynamical analysis of monkeypox transmission incorporating optimal vaccination and treatment with cost-effectiveness
S Majee, S Jana, TK Kar - Chaos: An Interdisciplinary Journal of …, 2023 - pubs.aip.org
The ongoing monkeypox outbreak that began in the UK has currently spread to every
continent. Here, we use ordinary differential equations to build a nine-compartmental …
continent. Here, we use ordinary differential equations to build a nine-compartmental …
[HTML][HTML] A fractional-order nonlinear model for a within-host chikungunya virus dynamics with adaptive immunity using Caputo derivative operator
The study of within-host dynamics of viral infection is a vital process of understanding how
healthy cells in the body are affected by viral foreign bodies and how body immunity …
healthy cells in the body are affected by viral foreign bodies and how body immunity …
Lyapunov stability and economic analysis of monkeypox dynamics with vertical transmission and vaccination
Monkeypox is a zoonosis currently emerging and reemerging in some parts of the world.
Though the disease is primarily transmitted to humans from infected animals, other modes of …
Though the disease is primarily transmitted to humans from infected animals, other modes of …
Transmission of COVID-19 in the presence of single-dose and double-dose vaccines with hesitancy: mathematical modeling and optimal control analysis
Introduction The unexpected emergence of novel coronavirus identified as SAR-CoV-2 virus
(severe acute respiratory syndrome corona virus 2) disrupted the world order to an extent …
(severe acute respiratory syndrome corona virus 2) disrupted the world order to an extent …
On the fractional-order modeling of COVID-19 dynamics in a population with limited resources
Resource availability plays a pivotal role in the fight against emerging infections such as
COVID-19. In the event where there are limited resources the control of an epidemic disease …
COVID-19. In the event where there are limited resources the control of an epidemic disease …
Dynamical analysis of COVID-19 and tuberculosis co-infection using mathematical modelling approach
Both tuberculosis (TB) and COVID-19 are infectious diseases with similar clinical
manifestations, which mainly affect the lungs. Clinical studies have revealed that the …
manifestations, which mainly affect the lungs. Clinical studies have revealed that the …
Mathematical Modeling of Illicit Drug Use Dynamics Examining the Impact of Recycling Recovered Individuals into the Population.
RS Isa, S Emmanuel, NT Danat… - Applied …, 2024 - ejournal.unimap.edu.my
Illicit drug use continues to pose a significant threat to public health and societal well-being.
This study aims to develop a comprehensive mathematical model that captures the …
This study aims to develop a comprehensive mathematical model that captures the …
[PDF][PDF] Decision Analytics Journal
S Olaniyi, SF Abimbade, FM Chuma, OA Adepoju… - researchgate.net
This study is concerned with applying fractional calculus in modelling tuberculosis (TB)
transmission dynamics. A new six-dimensional fractional-order mathematical model in the …
transmission dynamics. A new six-dimensional fractional-order mathematical model in the …