The design and use of an agent‐based model to simulate the 1918 influenza epidemic at Norway House, Manitoba

The design and use of an agent‐based model to simulate the 1918 influenza epidemic at Norway House, Manitoba

Source :

• American Journal of Human Biology [ 1042-0533 ] ; 2009-05.

English descriptors

• Teeft :
  • American journal, Annual epidemic, Basic structure, Better support networks, Biological information, Community structure, Community structures, Computer simulation, Connie carpenter, Contact duration, Contact probability, Control range, Control ranges, Cree life, Different epidemic outcomes, Differential probabilities, Disease parameters, Disease transmission, Ellen smallboy, Entire population, Epidemic, Epidemic characteristics, Epidemic spread, Ethnographic, Ethnographic information, Family groups, Family members, Global mortality, Hallowell, Herring, Heterogeneous group, Heterogeneous population, High rate, Higher mortality rate, Hope simpson, Human behavior, Human biology, Hypothesis testing, Identical parameters, Incubation period, Infectious disease, Infectious diseases, Infectious individuals, Infectious period, Infectious person, Influenza, Influenza pandemic, Influenza table, Johnson npas, Latent period, Mail packet, Many factors, Mobility patterns, Model design, Modeling, Modeling approach, Modeling techniques, Montreal kingston, Mortality, Nonfamily members, Normal epidemic, Norway, Norway house, Norway house community, Norway house epidemic, Norway house model, Norway house people, Norway house post, Norway house post probability, Novel structure, Number percent, Original model, Other hand, Other individuals, Other words, Overall severity, Oxford house, Oxford university press, Pandemic, Parameter, Parameter change, Particular season, Peak number, Peak time, Population mobility, Population movement, Population movement patterns, Primate societies, Probability functions, Proc natl acad, Repetition study, Replication study, Research questions, Sattenspiel, Scenario, Seasonal community structure, Seasonal community structures, Sensitivity analysis, Sessional papers, Shing settlements, Simulation, Simulation model, Small community, Small populations, Social activities, Social context, Spanish pandemic, Spatial processes, Standard deviation, Stochastic, Stochastic model, Summer epidemic, Summer epidemics, Summer scenario, Summer scenarios, Susceptible individuals, Susceptible people, Susceptible person, Swampy people, Swampy settlement, Taubenberger, Toronto press, Total number, Travel days, University press, Viral pneumonia, Virus, Winter epidemic, Winter epidemics, Winter scenario, Winter scenarios, Young adults, Young people.

Abstract

• https://api.istex.fr/ark:/67375/WNG-JRKS5V26-B/fulltext.pdf

Affiliations:

• États-Unis
• Missouri (État)

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