Relational database technology is the dominant approach to information storage, with products that offer an unmatched combination of abstraction and performance. To use these products effectively, however, requires an understanding of the underlying principles and concepts.
|7th December 2015||Oxford University Department of Computer Science||07 places remaining.|
|16th May 2016||Oxford University Department of Computer Science||11 places remaining.|
|12th December 2016||Oxford University Department of Computer Science||14 places remaining.|
|8th May 2017||Oxford University Department of Computer Science||13 places remaining.|
At the end of the course, students will
- have had a thorough introduction to the underlying principles of modern relational databases; and
- be able to use these insights in designing data models.
- evolution of database systems; database system architecture; database management systems.
- The entity-relationship model
- semantic modelling; entity-relationship diagram elements; entity-relationship diagrams; design principles; modelling constraints; limitations of the entity-relationship model.
- The relational data model
- objectives; aspects; terminology; relational integrity; views; relational algebra; relational calculus; limitations of the relational data model.
- queries; subqueries; full relation operations; modifying databases; defining relation schemas; defining views; constraints and triggers.
- functional dependencies and normalisation; denormalisation.
- Query optimisation
- query processing; query decomposition; a heuristical approach to query optimisation.
- Transaction management
- recovery; concurrency.
- Distributed databases
- principles; client/server systems; DBMS independence; data warehousing.
Some familiarity with discrete mathematics would be useful; Software Engineering Mathematics would be an ideal preparation.