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# [[media:CompLog2013-Lecture-7-LP.pdf|Introduction to Logic Programming]]
 
# [[media:CompLog2013-Lecture-7-LP.pdf|Introduction to Logic Programming]]
 
# [[media:CompLog2013-Lecture-8-Prolog.pdf|Logic Programming and Prolog]]
 
# [[media:CompLog2013-Lecture-8-Prolog.pdf|Logic Programming and Prolog]]
 +
# [[media:CompLog2013-Lecture-9-Applications-of-Prolog.pdf|Applications of Prolog]]
 +
# [[media:CompLog2013-Lecture-10-Answer-Set-Programming.pdf|Answer Set Programming]]
 +
# [[media:CompLog2013-Lecture-11-Extensions-and-Applications-of-ASP.pdf|Extensions and Applications of ASP]]
  
 
=== Exercises ===
 
=== Exercises ===

Revision as of 23:16, 9 December 2013

This is the homepage of 2-AIN-108 Computational Logic course in the Master program of Applied Informatics.

  • Lecturers: Martin Baláž, Martin Homola
  • Lab assistants: Martin Baláž
  • Schedule: Tue 8:10 M-IV (lectures), Wed 14:50 F1-108 (labs)
  • Lab Evaluation: Google Docs
  • New: Project assignments

Syllabus

  1. First Order Logic
  2. Description Logics and Ontologies
  3. Logic Programming - Prolog
  4. Answer Set Programming

Evaluation

  • Midterm: 10 points (min 0)
  • Exam: 30 points (min 15)
  • Labs: 15 points (min 5)
  • Project/Homework: 15 points (min 5)
  • Total: 70 points

Grading

  • A: 62 and more points
  • B: 54 and more points
  • C: 47 and more points
  • D: 40 and more points
  • E: 34 and more points
  • Fx: less than 34 points

Lecture Slides

  1. First Order Logic, Syntax and Semanics
  2. Reasoning with FOL
  3. Applications of FOL
  4. Description Logics
  5. Reasoning with DL
  6. More DLs and Their Applications
  7. Introduction to Logic Programming
  8. Logic Programming and Prolog
  9. Applications of Prolog
  10. Answer Set Programming
  11. Extensions and Applications of ASP

Exercises

  1. First Order Logic, Syntax and Formalization
  2. First Order Logic, Semantics
  3. First Order Logic, Reasoning
  4. DL Conceptualization
  5. DL Tableau Algorithm
  6. DL Tableau Algorithm with ABox
  7. Logic Programming - Introduction
  8. Logic Programming - Prolog