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| name = Knowledge Representation and Reasoning | | name = Knowledge Representation and Reasoning | ||
| code = 2-AIN-144 | | code = 2-AIN-144 | ||
− | | prerequisites = | + | | prerequisites = [[Computational Logic|2-AIN-108]] |
− | | semester = | + | | semester = Summer |
| year = 1 | | year = 1 | ||
| credits = 6 | | credits = 6 | ||
− | | form = | + | | form = L - lecture (2), P - practicals (2) |
| evaluation = 40/60 | | evaluation = 40/60 | ||
− | | webpage = http:// | + | | webpage = http://courses.matfyz.sk/KRR |
− | | teacher = [[ | + | | teacher = [[Martin Homola|Martin Homola]], [[Julia Pukancova|Júlia Pukancová]] |
− | + | ||
− | + | ||
| description = This course covers topics from mathematical logic, logic programming, nonmon otonic reasoning, theoretical foundations of knowledge-based systems, formal models of knowledge representation, semantic specification of a knowledge representation language and of a consequence relation. | | description = This course covers topics from mathematical logic, logic programming, nonmon otonic reasoning, theoretical foundations of knowledge-based systems, formal models of knowledge representation, semantic specification of a knowledge representation language and of a consequence relation. | ||
− | | offered_in = | + | | offered_in = Compulsory elective in [[Master program in Applied Informatics]] |
− | | recommendations = | + | | recommendations = 1-INF-471 |
}} | }} |
Aktuálna revízia z 10:14, 30. marec 2017
Knowledge Representation and Reasoning 2-AIN-144
Course name and code: | Knowledge Representation and Reasoning (2-AIN-144) |
Prerequisite courses: | 2-AIN-108 |
Available in/recommended study year: | Summer semester / 1 |
Form and # of hours/week: | L - lecture (2), P - practicals (2) |
Credits: | 6 |
Evaluation (semester/exam): | 40/60 |
Course webpage: | http://courses.matfyz.sk/KRR |
Information sheet: | 2-AIN-144 information sheet |
Teacher(s): | Martin Homola, Júlia Pukancová |
Short description:
This course covers topics from mathematical logic, logic programming, nonmon otonic reasoning, theoretical foundations of knowledge-based systems, formal models of knowledge representation, semantic specification of a knowledge representation language and of a consequence relation.
Offered in these study programs: Compulsory elective in Master program in Applied Informatics
Recommendations: 1-INF-471