The TELL ME simulation model is being developed to assist health authorities to understand the effects of their choices about how to communicate with citizens about protecting themselves from influenza epidemics. It will include an agent based model to simulate personal decisions to seek vaccination or adopt behaviour such as improved hand hygiene. This paper focusses on the design of the agents' decisions, using a combination of personal attitude, average local attitude, the local number of influenza cases and the case fatality rate. It also describes how personal decision making is connected to other parts of the model
Purpose Next pandemic caused by mutated H5N1 bird flu or bioterrorism is serious for the safety of o...
Master of ScienceDepartment of Industrial & Manufacturing Systems EngineeringTodd EastonHistory has ...
Since the onset of the COVID-19 pandemic, many models have been made to predict the spread and respo...
The TELL ME simulation model is being developed to assist health authorities to understand the effec...
The TELL ME simulation model is being developed to assist health authorities to understand the effec...
The TELL ME agent based model simulates the connections between health agency communication, persona...
Influenza epidemic dynamics are impacted by many factors including transmissibility of the circulati...
In the Spring of 2009, a new strain of pandemic influenza virus emerged in the human population and ...
International audienceThe COVID-19 epidemic highlighted the necessity to integrate dynamic human beh...
Infectious disease is one of the health issues that threatens the world population. The spread of i...
This paper describes work in progress in developing an agent based participatory simulation tool to ...
Infectious disease exists since long time ago which has killed thousands of life. Strictly speaking,...
When planning interventions to limit the spread of Covid-19, the current state of knowledge about th...
Mathematical models represent a powerful tool for investigating the dynamics of human infection dise...
BACKGROUND: Little is known regarding which behavioural responses can be expected if an influenza pa...
Purpose Next pandemic caused by mutated H5N1 bird flu or bioterrorism is serious for the safety of o...
Master of ScienceDepartment of Industrial & Manufacturing Systems EngineeringTodd EastonHistory has ...
Since the onset of the COVID-19 pandemic, many models have been made to predict the spread and respo...
The TELL ME simulation model is being developed to assist health authorities to understand the effec...
The TELL ME simulation model is being developed to assist health authorities to understand the effec...
The TELL ME agent based model simulates the connections between health agency communication, persona...
Influenza epidemic dynamics are impacted by many factors including transmissibility of the circulati...
In the Spring of 2009, a new strain of pandemic influenza virus emerged in the human population and ...
International audienceThe COVID-19 epidemic highlighted the necessity to integrate dynamic human beh...
Infectious disease is one of the health issues that threatens the world population. The spread of i...
This paper describes work in progress in developing an agent based participatory simulation tool to ...
Infectious disease exists since long time ago which has killed thousands of life. Strictly speaking,...
When planning interventions to limit the spread of Covid-19, the current state of knowledge about th...
Mathematical models represent a powerful tool for investigating the dynamics of human infection dise...
BACKGROUND: Little is known regarding which behavioural responses can be expected if an influenza pa...
Purpose Next pandemic caused by mutated H5N1 bird flu or bioterrorism is serious for the safety of o...
Master of ScienceDepartment of Industrial & Manufacturing Systems EngineeringTodd EastonHistory has ...
Since the onset of the COVID-19 pandemic, many models have been made to predict the spread and respo...