Finite automata and formal languages
About
The course's main topics are finite automata, regular expressions and context-free grammars. It also contains a short introduction to Turing machines.
Finite automata and regular expressions are simple models of computation. They are for instance used to control traffic lights, to search for patterns, and for lexical analysis. Furthermore their theory can illustrate basic concepts in set theory and the theory of discrete structures.
Context-free grammars are used to parse and analyse both artificial languages (for instance programming languages) and natural languages. Turing machines provide a more expressive model of computation. They help computer scientists understand the limits of mechanical computation by providing a precise definition of the concept of "algorithm". More detailed contents: Proofs. Finite automata, regular expressions, and related algorithms. Context-free grammars. Properties of regular and context-free languages. A short introduction to Turing machines.
This course is open to
Exchange students at the Department of Computer Science and Engineering and exchange students at university-wide agreements. Please contact your international coordinator the University of Gothenburg if you need to know more.
Entry requirements
To be eligible for this course, students must have successfully completed 45 credits in computer science or mathematics, including the following courses:
- 7\.5 credits in discrete mathematics (for example DIT980, MMG200 or equivalent)
- 7\.5 credits in programming (for example DIT440, DIT143, DIT012, DIT948, DIT953, MVG200 or equivalent)
English proficiency
For information regarding English proficiency requirements for exchange students please contact your international coordinator at the University of Gothenburg.
Application
Do you want to apply for exchange studies at the University of Gothenburg?