Scienists of different disciplines are involved in the project. For example, the following disciplines can contribute to the project:
Logistic: If there is a epidemological disaster, it is important to distribute the medical goods and services according to risk.
Geography: Geographic information systems are needed to generate risk maps and store locations of resources.
Epidemiology: Spatial modelling of epidemiological spread. and If there is a very less number of medical doctors in the areas of the epidemological disaster, medicals could help to create a user interface that allows to not-medicals to help ill people, especially if the infection is easily treatable.
Psychology: Psychlogists focus on knowledge representation, knowledge management and help to customize the user interfaces, to optimize medical treatment, when medical experts are not available.
Environmental Science: Environmental conditions affect the life cycle of vectors (like Mosquitos). These environmental variables determine the risk map in the GIS.
Logistic: If there is a epidemological disaster, it is important to distribute the medical goods and services according to risk.
Geography: Geographic information systems are needed to generate risk maps and store locations of resources.
Epidemiology: Spatial modelling of epidemiological spread. and If there is a very less number of medical doctors in the areas of the epidemological disaster, medicals could help to create a user interface that allows to not-medicals to help ill people, especially if the infection is easily treatable.
Psychology: Psychlogists focus on knowledge representation, knowledge management and help to customize the user interfaces, to optimize medical treatment, when medical experts are not available.
Environmental Science: Environmental conditions affect the life cycle of vectors (like Mosquitos). These environmental variables determine the risk map in the GIS.
Tasks in the Project
- Gerhard Ackermann Integrated Logistic Support
- Dipl. Ing. David Niehaus Data Modelling, Software Design
- Dr. med. Ruth Niehaus Medical System Analysis
- Prof. Dr. Engelbert Niehaus Mathematical Modelling
- Dipl. Ing. (FH) Matthias Größler Logistic Optimisation in Public Health with the Application of GIS and Mathematic Modeling
- Dipl. Uwi. Jörg Rapp Human diseases and exposure to pesticides in developing countries: temporal spatial analysis and risk maps of diseases and spatial application patterns of pesticides
- Dipl. math. Marwa Najem Mathematical Risk Management
- Dr. Melanie Platz Mathematical Modelling of GIS-tailored GUI Design with the Application of spatial Fuzzy Logic
- Stefanie Buchheit Risk Literacy