<p>The households are all of size 3 and the model is described in the Models and Methods section. The times of symptom onset, binned into days, in the first 50 infected households at the beginning of an epidemic outbreak are presented. The size of points corresponds to the number of infections on that day. The lines provide a visual reference to link infections within the same household.</p
In Chapter 1 we describe the motivation for the development of a new model for the spread of infecti...
During transmission of seasonal endemic diseases such as measles and influenza, spatial waves of inf...
<p>(A) Flow chart of the model representing the different epidemiological states a person can be in ...
Early mathematical representations of infectious disease dynamics assumed a single, large, homogeneo...
Early mathematical representations of infectious disease dynamics assumed a single, large, homogeneo...
Numerous epidemic models have been developed to capture aspects of human contact patterns, making mo...
This paper considers SIR and SIS epidemics among a population partitioned into households. This hete...
This thesis is concerned with the description and analysis of a stochastic model for the spread of a...
In this thesis, three stochastic epidemic models for intervention for emerging diseases are consider...
Early mathematical representations of infectious disease dynamics assumed a single, large, homogeneo...
For a wide range of airborne infectious diseases, transmission within the family or household is a k...
Most household models of disease transmission assume static household distributions. Although this i...
<p>Each line represents infection and disease events in one household. Index cases are plotted in bl...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
<p>The stars represent individuals, the rounded squares represent households, the circles represent ...
In Chapter 1 we describe the motivation for the development of a new model for the spread of infecti...
During transmission of seasonal endemic diseases such as measles and influenza, spatial waves of inf...
<p>(A) Flow chart of the model representing the different epidemiological states a person can be in ...
Early mathematical representations of infectious disease dynamics assumed a single, large, homogeneo...
Early mathematical representations of infectious disease dynamics assumed a single, large, homogeneo...
Numerous epidemic models have been developed to capture aspects of human contact patterns, making mo...
This paper considers SIR and SIS epidemics among a population partitioned into households. This hete...
This thesis is concerned with the description and analysis of a stochastic model for the spread of a...
In this thesis, three stochastic epidemic models for intervention for emerging diseases are consider...
Early mathematical representations of infectious disease dynamics assumed a single, large, homogeneo...
For a wide range of airborne infectious diseases, transmission within the family or household is a k...
Most household models of disease transmission assume static household distributions. Although this i...
<p>Each line represents infection and disease events in one household. Index cases are plotted in bl...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
<p>The stars represent individuals, the rounded squares represent households, the circles represent ...
In Chapter 1 we describe the motivation for the development of a new model for the spread of infecti...
During transmission of seasonal endemic diseases such as measles and influenza, spatial waves of inf...
<p>(A) Flow chart of the model representing the different epidemiological states a person can be in ...