1. Spatial aspects of the activity of fire protection units.
2. Data modeling of objects, phenomena, processes and events in connection with the activities of fire protection units.
3. Vector and raster data model. Geofeature and geofeature description.
4. Positioning. Use of global navigation and positioning systems for data collection and navigation.
5. Use of GIS for solving spatial analytical tasks. Application of mobile GIS technologies.
6. Attribute and spatial selections.
7. Network analyses. Sources allocation and pathfinding.
8. Accessibility analyses. Planning the location of fire stations and emergency districts.
9. Modeling of floods.
10. Air pollution modeling.
11. Multicriteria assessment of environmental hazards.
12. Visualization of objects, phenomena, processes and events in connection with the activities of fire protection units.
13. Geoinformation support of the regional operational and information centers of the Fire and Rescue Service. GIS applications at the workplaces of regional operational and information centers.
2. Data modeling of objects, phenomena, processes and events in connection with the activities of fire protection units.
3. Vector and raster data model. Geofeature and geofeature description.
4. Positioning. Use of global navigation and positioning systems for data collection and navigation.
5. Use of GIS for solving spatial analytical tasks. Application of mobile GIS technologies.
6. Attribute and spatial selections.
7. Network analyses. Sources allocation and pathfinding.
8. Accessibility analyses. Planning the location of fire stations and emergency districts.
9. Modeling of floods.
10. Air pollution modeling.
11. Multicriteria assessment of environmental hazards.
12. Visualization of objects, phenomena, processes and events in connection with the activities of fire protection units.
13. Geoinformation support of the regional operational and information centers of the Fire and Rescue Service. GIS applications at the workplaces of regional operational and information centers.