1. Theoretical types of spatial distribution for events
2. Methods of descriptive statistics for events
3. Inferential statistic methods for 1 type of events (monovariate methods)
4. Inferential statistic methods for more type of events (multivariate methods)
5. Hot spots, cold spots analysis
6. Spatial distribution optimization methods, locational and allocation methods.
7. Gravity theory and application for spatial applications
8. Autocorrelation assesment and anisotropy of spatial data
9. Spatial regression techniques
10. Spatiotemporal prediction
2. Methods of descriptive statistics for events
3. Inferential statistic methods for 1 type of events (monovariate methods)
4. Inferential statistic methods for more type of events (multivariate methods)
5. Hot spots, cold spots analysis
6. Spatial distribution optimization methods, locational and allocation methods.
7. Gravity theory and application for spatial applications
8. Autocorrelation assesment and anisotropy of spatial data
9. Spatial regression techniques
10. Spatiotemporal prediction