Special Session
95
Modeling the spread and control of infectious diseases
Organizer(s):
Tufail Malik
Abba Gumel
Introduction:
The special session aims to address some recent developments and current challenges in mathematical modeling and analysis of dynamical systems associated with the spread and control of infectious diseases in populations.
List of abstracts
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Name
Country
Title
Omayra Y Ortega
USA
Age-Based Stochastic Model of HPV
Ali Javame
Canada
Mathematics of HPV Transmission Dynamics and Associated Dysplasia
Elamin Elbasha
USA
Evaluating the Cost-Effectiveness of Vaccination Programs
Haiyan Wang
USA
Spatio-temporal modeling of health information in social media and application in control of influenza
Katharine Gurski
USA
The Influence of Sexual Orientation on the Spread of HIV: A Five Population Mathematical Model
Fereshteh Nazari
Canada
Bifurcations in HCV Transmission Dynamics
Sehjeong S Kim
United Arab Emirates
Timing and Effectiveness of Disease Intervention Mechanisms for Vector-Borne Diseases in the Presence of Human Population Movement in Africa
Antonio Mastroberardino
USA
Mathematical Modeling of the HIV/AIDS Epidemic in Cuba
Tufail Malik
United Arab Emirates
Optimal quarantine and vaccination strategies in the control of the Middle East Respiratory Syndrome coronavirus
Diana H Knipl
Hungary
Rich bifurcation structure of an epidemic model with vaccination and transportation between regions
Salisu S Garba
So Africa
Dynamics of Bovine Tuberculosis in African Buffalo Population
Karen R R\'{i}os-Soto
USA
Estimation of transmission rates of dengue fever in Puerto Rico for the years 2010-2012 via a mathematical epidemiological model with seasonality