Social network modeling is a relatively new addition to the armament of public health and epidemiology. Epidemiologists and communicable disease control researchers have been turning to network analysis to address and understand gaps in traditional outbreak management techniques such as contact tracing. Network analysis has shown utility in the study of a range of communicable disease outbreaks affectin
Characteristics of contacts in the form of time and the network structure (when and with whom) has a...
Diseases spread mechanisms have been questioned and studied for many years. The ability to make pred...
The fight against epidemics/pandemics is one of man versus nature. Technological advances have not ...
The past five years have seen a growth in the interest in systems approaches in epidemiologic resear...
We discuss the uses of networks as epidemiological tools to describe the interactions taking place w...
In this paper we introduce a modified mathematical model to represent spread of disease, which adher...
The science of networks has revolutionised research into the dynamics of interacting elements. It co...
Over the past century, mathematical epidemiology has grown to be one of the triumphs of applied math...
Networks and the epidemiology of directly transmitted infectious diseases are fundamentally linked. ...
This thesis aims to do social network analysis on synthetic population that is used in FRED system a...
Simulation studies using susceptible-infectious-recovered models were conducted to estimate individu...
Networks and the epidemiology of directly transmitted infectious diseases are fundamentally linked. ...
Epidemiological models are used to inform health policy on issues such as target vaccination levels,...
The number of public health applications for molecular epidemiology and social network analysis has ...
The development of accurate predictions of the spread of real-world diseases requires an interdiscip...
Characteristics of contacts in the form of time and the network structure (when and with whom) has a...
Diseases spread mechanisms have been questioned and studied for many years. The ability to make pred...
The fight against epidemics/pandemics is one of man versus nature. Technological advances have not ...
The past five years have seen a growth in the interest in systems approaches in epidemiologic resear...
We discuss the uses of networks as epidemiological tools to describe the interactions taking place w...
In this paper we introduce a modified mathematical model to represent spread of disease, which adher...
The science of networks has revolutionised research into the dynamics of interacting elements. It co...
Over the past century, mathematical epidemiology has grown to be one of the triumphs of applied math...
Networks and the epidemiology of directly transmitted infectious diseases are fundamentally linked. ...
This thesis aims to do social network analysis on synthetic population that is used in FRED system a...
Simulation studies using susceptible-infectious-recovered models were conducted to estimate individu...
Networks and the epidemiology of directly transmitted infectious diseases are fundamentally linked. ...
Epidemiological models are used to inform health policy on issues such as target vaccination levels,...
The number of public health applications for molecular epidemiology and social network analysis has ...
The development of accurate predictions of the spread of real-world diseases requires an interdiscip...
Characteristics of contacts in the form of time and the network structure (when and with whom) has a...
Diseases spread mechanisms have been questioned and studied for many years. The ability to make pred...
The fight against epidemics/pandemics is one of man versus nature. Technological advances have not ...