<p>For each empirical network we fit a number of network models. For each network model we simulate 100 networks and then simulate 1000 Susceptible-Infected-Recovered (SIR) epidemics per simulated network. Simulated networks are compared with the empirical network in terms of network features and simulated epidemic features.</p
Simulation studies using susceptible-infectious-recovered models were conducted to estimate individu...
<p>(A) Final fraction of non-infected subjects as a function of the infective time and the infecti...
<p>*For each network structure, transmission probability was chosen so as to ensure that the average...
<p>Watts-Strogatz, Romantic, and fully connected networks. Results for (A) time to the epidemic peak...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
(a) A network visualization of the Project 90 data set. The dashed lines are not exhaustive, but ill...
(a) A sample time series showing the evolution of S, I, R and V for a simulated epidemic with β = 0....
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
Simulation is increasingly being used to examine epidemic behaviour and assess potential management ...
Figure S2. Case-fatality rate in different vaccination schemes. Simulations of a network of size ten...
The basic reproduction number, R0, is an important quantity in disease modelling. While it is well d...
Epidemic propagation on networks represents an important departure from traditional mass-action mode...
<p>The curves depict the average epidemic size as a function of the external transmission rates in t...
Simulation studies using susceptible-infectious-recovered models were conducted to estimate individu...
<p>(A) Final fraction of non-infected subjects as a function of the infective time and the infecti...
<p>*For each network structure, transmission probability was chosen so as to ensure that the average...
<p>Watts-Strogatz, Romantic, and fully connected networks. Results for (A) time to the epidemic peak...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
(a) A network visualization of the Project 90 data set. The dashed lines are not exhaustive, but ill...
(a) A sample time series showing the evolution of S, I, R and V for a simulated epidemic with β = 0....
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
Simulation is increasingly being used to examine epidemic behaviour and assess potential management ...
Figure S2. Case-fatality rate in different vaccination schemes. Simulations of a network of size ten...
The basic reproduction number, R0, is an important quantity in disease modelling. While it is well d...
Epidemic propagation on networks represents an important departure from traditional mass-action mode...
<p>The curves depict the average epidemic size as a function of the external transmission rates in t...
Simulation studies using susceptible-infectious-recovered models were conducted to estimate individu...
<p>(A) Final fraction of non-infected subjects as a function of the infective time and the infecti...
<p>*For each network structure, transmission probability was chosen so as to ensure that the average...