<p>Manuscript, code, and simulation results for submission to Royal Society Open Science. The provided code simulates the spread of an environmentally persistent pathogen in a heterogeneous metapopulation.</p
The purpose of this paper is to describe an epidemic modeling and simulation of the spreading Typhoi...
Epidemics have caused major human and monetary losses through the course of human civilization. It i...
Where, R0 is the basic reproduction number, g is the generation time in days, s is the proportion of...
The spread of infectious diseases has been a public concern throughout human history. Historic recor...
This dataset contains both simulation software and input/output data to accompany the paper "The e...
The code requires input for population size, distribution of near neighbors and replication and deat...
Given the human and economical impacts of recent disease outbreaks, understanding epidemics has beco...
1. The spread of many diseases depends on the demography and dispersal of arthropod vectors. Classic...
Code for simulations, statistics, and figures associated with the linked paper, as well as the outpu...
This project is designed to expand upon the common agent-based simulation of a virus infecting a ver...
Simulation and inference code written in R which generates stochastic multi type outbreaks from a tw...
This R code is an agent based stochastic model of the propagation of a virus in a population. The c...
A small number of people infected with a contagious disease in a large community can lead to the rap...
There is currently an overwhelming increased interest in predictive biology and computational modell...
Genome sequencing is an increasingly common component of infectious disease outbreak investigations....
The purpose of this paper is to describe an epidemic modeling and simulation of the spreading Typhoi...
Epidemics have caused major human and monetary losses through the course of human civilization. It i...
Where, R0 is the basic reproduction number, g is the generation time in days, s is the proportion of...
The spread of infectious diseases has been a public concern throughout human history. Historic recor...
This dataset contains both simulation software and input/output data to accompany the paper "The e...
The code requires input for population size, distribution of near neighbors and replication and deat...
Given the human and economical impacts of recent disease outbreaks, understanding epidemics has beco...
1. The spread of many diseases depends on the demography and dispersal of arthropod vectors. Classic...
Code for simulations, statistics, and figures associated with the linked paper, as well as the outpu...
This project is designed to expand upon the common agent-based simulation of a virus infecting a ver...
Simulation and inference code written in R which generates stochastic multi type outbreaks from a tw...
This R code is an agent based stochastic model of the propagation of a virus in a population. The c...
A small number of people infected with a contagious disease in a large community can lead to the rap...
There is currently an overwhelming increased interest in predictive biology and computational modell...
Genome sequencing is an increasingly common component of infectious disease outbreak investigations....
The purpose of this paper is to describe an epidemic modeling and simulation of the spreading Typhoi...
Epidemics have caused major human and monetary losses through the course of human civilization. It i...
Where, R0 is the basic reproduction number, g is the generation time in days, s is the proportion of...
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