Entry requirements

120 credits with 15 credits in mathematics and 40 credits in computer science or information systems, including a second course in computer programming, algorithms and data structures and a first course in databases.

Learning outcomes

To pass the student must be able to use design, techniques and representation methods that are used in modern database management systems for advanced applications.

Content

The course contains a deeper treatment of the database area that comprises

• introduction to safety and access control,
• mechanisms for data integrity,
• an overview of advanced design of database systems with procedural SQL and application interfaces,
• functions of active databases with database rules or triggers,
• an overview of the functions of object-oriented and object relational databases,
• query processing of database queries including relational algebra, relational calculus and query optimisation
• the structure and the functions of a data warehouse
• handling of non-conventional data within multimedia and spatial databases,
• the structure and the functions of distributed database systems,
• handling of distributed databases,
• the tuning of database parameters, and
• an overview of requirements from, and design of, advanced database applications.

Instruction

Lectures, problem solving sessions, laboratory work and assignments. Also seminars and guest lectures can occur.

Assessment

Written examination (3 credits) and assignments (2 credits).