Shown are posterior medians of the infectious contact probabilities, i.e. the probabilities that a transmission event would have occurred from an infected person over its infectious period if the contacted person had not already been infected by another person. Infectious contact probabilities are calculated from the person-to-person transmission rates per infectious period βij and the Laplace transform of the scaled infectious period distribution: , where α = 50 is the shape parameter of the infectious period probability distribution.</p
An exposure-dependent transmission model for simulations of disease spread Timo Smieszek, Natural &a...
Mean posterior values for who acquires infection from whom matrix (i.e. effective contact rates per ...
<p>Panel (a): joint marginal posterior density for on log scale. The red contour is the 95% limit a...
grantor: University of TorontoThe transmission rate--a key parameter in epidemic modelling...
Recently, Clancy [SIR epidemic models with general infectious period distribution, Statist. Prob. Le...
A) the probability distribution of infectious humans, the mosquitoes they infect and the subsequent ...
<p>Panels A and B: the true incidence in absolute and log scales. The detected numbers are shown for...
Background: Mathematical models and simulations of disease spread often assume a constant per-conta...
<p><b>A</b>) Transmission events with posterior probability higher than 15% as inferred by BadTrIP. ...
Popular SIR models and their modifications used to generate predictions about epidemics and, specifi...
Abstract Heterogeneity in individual-level transmissibility can be quantified by the dispersion para...
The generation time of an infectious disease is usually defined as the time from the moment one pers...
The duration of the infectious period is a crucial determinant of the ability of an infectious disea...
When an outbreak of an infectious disease occurs, public health officials need to understand the dyn...
Pneumonic plague poses a potentially increasing risk to humans in plague nonendemic regions either a...
An exposure-dependent transmission model for simulations of disease spread Timo Smieszek, Natural &a...
Mean posterior values for who acquires infection from whom matrix (i.e. effective contact rates per ...
<p>Panel (a): joint marginal posterior density for on log scale. The red contour is the 95% limit a...
grantor: University of TorontoThe transmission rate--a key parameter in epidemic modelling...
Recently, Clancy [SIR epidemic models with general infectious period distribution, Statist. Prob. Le...
A) the probability distribution of infectious humans, the mosquitoes they infect and the subsequent ...
<p>Panels A and B: the true incidence in absolute and log scales. The detected numbers are shown for...
Background: Mathematical models and simulations of disease spread often assume a constant per-conta...
<p><b>A</b>) Transmission events with posterior probability higher than 15% as inferred by BadTrIP. ...
Popular SIR models and their modifications used to generate predictions about epidemics and, specifi...
Abstract Heterogeneity in individual-level transmissibility can be quantified by the dispersion para...
The generation time of an infectious disease is usually defined as the time from the moment one pers...
The duration of the infectious period is a crucial determinant of the ability of an infectious disea...
When an outbreak of an infectious disease occurs, public health officials need to understand the dyn...
Pneumonic plague poses a potentially increasing risk to humans in plague nonendemic regions either a...
An exposure-dependent transmission model for simulations of disease spread Timo Smieszek, Natural &a...
Mean posterior values for who acquires infection from whom matrix (i.e. effective contact rates per ...
<p>Panel (a): joint marginal posterior density for on log scale. The red contour is the 95% limit a...