Explore a 53-minute research seminar presented by Dr. Helene Guerin from UQAM (Université du Québec à Montréal) examining stochastic epidemic models that incorporate varying levels of infectivity and susceptibility. Delivered as part of the Stochastic Systems for Anomalous Diffusion (SSD) programme at the Isaac Newton Institute, gain insights into mathematical approaches for modeling disease spread with heterogeneous population characteristics. Participate in this advanced mathematical sciences discussion that bridges theoretical frameworks with practical applications in epidemiology, hosted in the prestigious INI Seminar Room 2 on July 23rd, 2024.
Stochastic Epidemic Models with Varying Infectivity and Susceptibility
INI Seminar Room 2 via YouTube
Overview
Syllabus
Dr. Helene Guerin | Stochastic epidemic models with varying infectivity and susceptibility
Taught by
INI Seminar Room 2
Related Courses
-
Developing the SIR Model
-
Stochastic Modeling and Analysis for Epidemic Models With Loss of Immunity
-
Controlling and Managing an Infectious Disease Outbreak - Stochastic Mathematical Modelling Approach
-
Two Recent Approximations of Walsh's Spider Process
-
A General Stochastic Framework for Modeling the Spread of Complex Diseases
-
Dealing with Stochastic Oscillations in Epidemics
