05 Mobility Network and Patch Models

The spatio-temporal spread of infectious diseases involves a succession of transport and importation events, so to better model global spread, we will develop models of both processes, in isolation and together.

  • To do that, we will first constitute a geospatial database on movement, drawing in from a wide variety of public and private sources to obtain a global view of human mobility. We will then consider importation and patch models for infectious disease spread using this transportation data. We will in particular incorporate the multiple modalities that make up mobility, as well as consider the effect of various methods to slow spread.

Leads: Julien Arino (University of Manitoba, Winnipeg), Amy Hurford (Memorial University, Newfoundland)

Team Members: Peter Park, Javier Sanchez, Sanjeev Seahra, Lin Wang, Xiaoqiang Zhao, Xingfu Zou

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05 Mobility Network and Patch Models
Peter Park
Javier Sanchez
Sanjeev Seahra
Lin Wang
Xiaoqiang Zhao
Xingfu Zou
Julien Arino
Amy Hurford
01 Contact Mixing and Optimal Decision Making
02 Integrative Modelling
03 Risk Evaluation and Early Detection
04 Robust Agent-Based and Network Infectious Disease Models
06 Infection Control during Mass Gathering Events
07 Antimicrobial Resistance
08 Contact tracing
09 Joint Estimation of Parameters in Outbreak Models
10 Dynamic Bifurcation and Scenario Analyses
11 Immune response, immune memory and cross-immunity
12 Pathogen Contamination and Spread Control during Food-Processing
13 Phylodynamic Modelling of Infectious Diseases
CIHR Variants of Concern Study
EOC Modeling Simulations and Exercises
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