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Advanced Data Models and Databases

DF22300, 2012HT

Status Archive
School National Graduate School in Computer Science (CUGS)
Division ADIT
Owner Patrick Lambrix
Homepage http://www.ida.liu.se/~patla/courses/AdvDB/

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Course plan


24 hours

Recommended for

Doctoral students in computer science.

The course was last given

New course


The increase of variation in modern data applications and in data sets available on the Internet puts higher and higher requirements on technology for information retrieval and storage. The aim of this course is to gain theoretical and practical knowledge about principles for storage and retrieval in text, semi-structured and structured data. The course also discusses alternative data models for databases, XML, object-relational databases and representation of semantic information. After the completion of the course you should be able to:
- explain differences between text, semi-structured, data models and knowledge-based data; further, given a given data set state advantages and disadvantages of search and storage techniques
- describe different algorithms for information retrieval in text
- describe the properties of semi-structured data and how it differs from text and traditional data models
- represent a given semi-structured data set using XML or RDF
- design, implement and use XML schema and the query language XQuery
- represent data set using an object-oriented data model
- design, implement and use an object-relational database
- explain key notions and algorithms related to noSQL databases
- describe the main principles of knowledge bases
- design, implement and use a knowledge base represented using OWL
- represent knowledge using description logics
- explain key notions related to the Semantic web
- describe methods and difficulties for data integration


Programming, course on relational databases.


Information retrieval. Semi-structured data. Object-oriented and object-relational databases. XML databases. NoSQL databases. Semantic Web and ontologies. Data integration.


The course consists of lectures and laboratory work. Lectures are devoted to theory and methodology, and give practical examples. During the laboratory work students work with a number of exercises that illustrate principles for the data models, algorithms and database models that are discussed during the lectures.




Patrick Lambrix, Fang Wei-Kleiner.


Professor Patrick Lambrix


Written examination
Laboratory work



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Page responsible: Director of Graduate Studies