1. Object-relational DBMS. Client-server architecture. Introducion to Oracle. Logical a physical database structure
2. User, role, profile. Locking, data protection, transaction.
3. Data types and integrity constraints in Oracle. SQL DDL, DML
4. PL/SQL, procedure, trigger, XML, Oracle text
5. Principles of spatial data storage and geometry in databases
6. Spatial represenation of objects (mainly SQL/MM:1999, OGC Simple Feature Specification).
7. Integrity of spatial data and spatial integrity constraints, multiple representation
8. Conceptual modelling of spatial objects (MADS, Perceptory)
9. Spatial indeces – quadtree, , K-d tree, range tree, BSP and variants
10. Prostorové indexace – multidimensional grid, PM trees, R trees and variants.
11. Spatial extension of SQL. SQL for vizualization of spatial data.
12. Oracle Spatial, MS SQL Server.
13. PostGIS
2. User, role, profile. Locking, data protection, transaction.
3. Data types and integrity constraints in Oracle. SQL DDL, DML
4. PL/SQL, procedure, trigger, XML, Oracle text
5. Principles of spatial data storage and geometry in databases
6. Spatial represenation of objects (mainly SQL/MM:1999, OGC Simple Feature Specification).
7. Integrity of spatial data and spatial integrity constraints, multiple representation
8. Conceptual modelling of spatial objects (MADS, Perceptory)
9. Spatial indeces – quadtree, , K-d tree, range tree, BSP and variants
10. Prostorové indexace – multidimensional grid, PM trees, R trees and variants.
11. Spatial extension of SQL. SQL for vizualization of spatial data.
12. Oracle Spatial, MS SQL Server.
13. PostGIS