Algoritmide ja andmestruktuuride erikursus: erinevus redaktsioonide vahel
Resümee puudub |
Resümee puudub |
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| 66. rida: | 66. rida: | ||
Will be given during the course. Materials are either presentations for specific methods or scientific papers covering such methods. | Will be given during the course. Materials are either presentations for specific methods or scientific papers covering such methods. | ||
An introductory material to field is [http://lambda.ee/w/images/0/06/Geoffreasoningnotes.pdf the set of course notes] from Geoff Sutcliffe | An introductory material to field is [http://lambda.ee/w/images/0/06/Geoffreasoningnotes.pdf the set of course notes] from Geoff Sutcliffe. | ||
The second most important material is [[Media:Schulz_intro.pdf a set of course notes]] by Stephan Schulz. | |||
== Practice work == | == Practice work == | ||
Redaktsioon: 23. september 2019, kell 08:26
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Course code: ITI8590 |
Time and place
Praktikum 16 sept:
Ruumis 411.
Lectures: every Monday at 10:00-11:45 at ICT403
Practice sessions: Mondays at 14:00, but this may be changed during the first lectures in case students prefer some other suitable time.
Learning outcomes
In Estonian:
- teab mitmete erialgoritmide tööpõhimõtteid
- on suuteline rakendama neid algoritme erinevate ülesannete lahendamiseks
- teab mitmete andmestruktuuride tööpõhimõtteid ja on suuteline neid rakendama
- suudab analüüsida järjestikuste ja rekursiivsete algoritmide keerukust
Brief description of the course
The course focuses on the internals of the methods of automated reasoning:
- Introductory part:
- Solving propositonal formulae
- SMT methods
- The main bulk of the course: algorithms and data structures used for full first order (FOL) reasoners.
- The latter part will be extended to algorithms and data structures for extending standard FOL reasoners to the tasks of commonsense reasoning.
Course materials
Will be given during the course. Materials are either presentations for specific methods or scientific papers covering such methods.
An introductory material to field is the set of course notes from Geoff Sutcliffe.
The second most important material is Media:Schulz_intro.pdf a set of course notes by Stephan Schulz.
Practice work
Will contain all of these:
- Writing problem converters
- Writing small, toy prover components
- Experimenting with automated reasoning systems on specific problem sets