Research of our department is focused on Computer Graphics and Computer Vision, Artificial Intelligence, Cognitive Science, and Declarative Programming. Accordingly, our master program contains subjects primarily from these areas.

See also: Recommendations for students of Master program in Applied Informatics

The guarantor of this program is Prof. RNDr. Ivan Kalaš, CSc.

To pass the program, a student must:

- acquire 120 credits
- pass all obligatory subjects, and acquire required number of credits in obligatory-optional subjects
- pass the state examination and successfully defend a diploma thesis (registration for the state examination is possible only after the points 1 and 2 are satisfied)

Each row in the following table contains the following:

- ECTS subject code, name of the course (link to the course page with short description), name of the teacher or department (link to his or her page)
- list of prerequisite courses (recommended or required: marked by !)
- recommended year of study (in which semester does the subject have a slot allocated in the course schedule)
- type of the course (K - course, P - lecture, C - exercise, S - seminar, L - lab exercise, X - practice, O - short study concentration stay, D - diploma thesis, I - another form) and number of hours per week
- number of credits
- form of student evaluation (during semester/exam) - in percent
- S at the end of row means that the subject is suspended in this year

Please note that in addition to the following subjects, each student can select subjects from the wide range of whole faculty subjects listed at Faculty pages.

**Obligatory subjects**

**Obligatory-Optional Subjects**

*obligatory choice: 1 block (from 2 blocks)*

- Computer Graphics and Vision,
*obligatory choice: 30 credits*

2-INF-115 | Selected Topics in Geometry for Graphic Designers | Pílniková J. | 1/W | L2 | 3 | 20/80 | |

2-AIN-123 | Computer Vision (1) | Ftáčnik M. | 1/W | L2,P2 | 5 | 40/60 | |

2-AIN-221 | Graphics Systems and Standards | Ferko A. | 1/W | L2 | 3 | 100/0 | |

2-MPG-102 | Computer Graphics (2) | Ďurikovič R. | 2-MPG-101! | 1/S | L2,P2 | 5 | 40/60 |

2-AIN-122 | Real Time Graphics | Červeňanský M. | 2-MPG-101! | 1/S | L2 | 3 | 100/0 |

2-AIN-126 | Data Compression | Polec J. | 1/S | L2 | 3 | 100/0 | |

2-AIN-222 | Computer Graphics Applications | Ďurikovič R. | 2/W | S2 | 3 | 100/0 | |

2-AIN-233 | Computer Vision Applications | Šikudová E. | 2/W | S2 | 3 | 100/0 | |

2-AIN-124 | Computer Vision (2) | Šikudová E. | 2-AIN-123! | 2/S | C4 | 5 | 40/60 s |

2-MPG-204 | Pattern Recognition | Ftáčnik M. | 2/S | L2 | 3 | 40/60 |

- Artificial Intelligence,
*obligatory choice: 30 credits*

2-AIN-141 | Expert Systems (1) | Popper M. | 1/W | C4 | 6 | 40/60 | |

1-AIN-480 | Neural Networks | Farkaš I. | 1/S | L2,P2 | 6 | 50/50 | |

2-AIN-143 | Qualitative Modelling and Simulation | Takáč M. | 1/S | L2,P2 | 6 | 40/60 | |

2-IKV-133 | Fundamentals of Artificial Intelligence (2) | Markošová M. | 1-AIN-360 | 1/S | L2,S2 | 5 | 50/50 |

2-AIN-144 | Knowledge Representation and Reasoning | Šefránek J. | 1/W | C4 | 6 | 40/60 | |

2-INF-150 | Machine Learning | Hegedüs T. | 1/W | L3,P1 | 6 | 10/90 | |

2-AIN-146 | Universal Algebra for Informatics | Vančo P. | 1/S | C2 | 3 | 40/60 s | |

2-IKV-135 | Neurocomputing | Farkaš I. | 2/S | L2,P2 | 5 | 70/30 | |

2-AIN-241 | Expert Systems (2) | Popper M. | 2/W | L2 | 3 | 40/60 | |

2-AIN-244 | Seminar in Expert Systems | Popper M. | 2/W | S2 | 3 | 50/50 | |

2-AIN-245 | Judgement Involving Uncertainty | Guller D. | 2/W | C4 | 6 | 40/60 s | |

2-AIN-246 | Multiagent Systems | Lúčny A. | 2/S | L2,P2 | 5 | 50/50 |

- Electives

2-AIN-161 | Applied Numerical Mathematics | Babušíková J. | 1/W | L2 | 3 | 100/0 | |

2-MPG-213 | Advanced Geometric Modeling (2) | Chalmovianský P. | 1/S | L2 | 3 | 40/60 | |

2-MPG-141 | Projective Geometry | Solčan Š. | 1-2/W | L2 | 3 | 100/0 | |

2-MPG-143 | Multiaspect Geometry | Zaťko V. | 1-2/S | L2 | 3 | 100/0 | |

1-INF-695 | OpenGL | Samuelčík M. | 1-2/W | C2 | 3 | 100/0 | |

2-AIN-262 | Information Visualisation | Novotný M. | 1-2/W | L2 | 3 | 100/0 | |

2-AIN-263 | Photorealism | Ďurikovič R. | 2-MPG-102 | 1-2/W | L2 | 3 | 100/0 |

2-AIN-264 | OpenCV | Parulek J. | 1-2/W | L2 | 3 | 100/0 | |

2-AIN-265 | Multidimensional Data Visualisation | Šrámek M. | 1-2/W | L2 | 3 | 100/0 | |

2-MPG-145 | PC Graphic Devices Architecture | Bohdal R. | 2-2/W | C2 | 3 | 100/0 | |

2-MPG-203 | Computational Geometry | Chalmovianský P. | 2/W | C4 | 5 | 40/60 | |

2-INF-116 | Modeling of Curves and Surfaces | Zaťko V. | 1/S | C4 | 5 | 40/60 | |

2-MPG-149 | Fractal Modeling | Samuelčík M. | 1-2/S | L2 | 3 | 100/0 | |

2-MPG-144 | Placement of Geometric Figures | Božek M. | 1-2/S | L2 | 3 | 100/0 | |

2-AIN-270 | Colour Image Processing | Šikudová E. | 1-2/S | L2 | 3 | 100/0 s | |

2-AIN-271 | Image Processing for Medicine | Zimányi M. | 1-2/S | L2 | 3 | 100/0 | |

2-MPG-150 | Automated Interactive Design | Bohdal R. | 1-2/S | C2 | 3 | 100/0 | |

2-MPG-152 | Virtual Reality | Šperka M. | 2/W | L2 | 3 | 100/0 | |

2-AIN-274 | Multimedia and Sound Processing | Lúčan Ľ. | 2/S | L2 | 3 | 100/0 | |

1-AIN-655 | Heuristic Methods | Ftáčnik M. | 1-2/W | C2 | 3 | 100/0 | |

2-AIN-172 | UNIX for Users | Vittek M. | 1-2/W | L2 | 3 | 100/0 s | |

2-AIN-173 | GNU Linux | Šrámek M. | 1/W | L2 | 3 | 100/0 | |

1-AIN-646 | Description Logics Ontologies and Semantics Web | Homola M. | 1-2/S | L2,P2 | 6 | 50/50 | |

2-AIN-174 | Advanced C++ | Vittek M. | 1/S | L2 | 3 | 30/70 | |

2-AIN-181 | Evolutionary Algorithms | Markošová M. | 1/W | C2 | 3 | 40/60 | |

2-IKV-265 | Speech Recognition | Nagy M. | 1/W | L2,P2 | 5 | 30/70 | |

2-IKV-262 | Computational Psycholinguistics | Farkaš I. * | 1/W | L2,S1 | 5 | 70/30 | |

2-AIN-184 | Logic for Artificial Intelligence | Šefránek J. | 1/S | C2 | 3 | 40/60 s | |

2-AIN-185 | Formal Methods of Software Development | Gruska D. | 1/S | L3,P1 | 6 | 40/60 | |

1-MXX-407 | Brain and mind | Rybár J. | 1-3/W | C2 | 3 | 50/50 | |

1-MXX-406 | Language and Cognition | Rybár J. | 1-3/S | C2 | 3 | 50/50 | |

2-AIN-281 | Computational and Cognitive Linguistics | Takáč M. | 1-2/S | C2 | 3 | 40/60 | |

2-AIN-282 | Quantum Algorithms and Automata | Gruska J. | 1-2/S | C2 | 3 | 40/60 | |

2-AIN-283 | Development of Critical Applications | Gruska D. | 2/W | C4 | 6 | 40/60 | |

2-AIN-284 | Artificial Intelligence Seminar (1) | Šefránek J. | 1-2/W | S2 | 3 | 100/0 | |

2-AIN-501 | Methods in Bioinformatics | Brejová B., Vinař T. | 1-INF-310 | 1-2/W | L2,P2 | 6 | 60/40 s |

2-AIN-503 | Seminar in Bioinformatics (1) | Brejová B. | 1-2/W | S2 | 1 | 100/0 s | |

2-AIN-502 | Fundamentals of Programming for Biology Students | KAI | 1/S | L2 | 2 | 60/40 s | |

2-AIN-504 | Seminar in Bioinformatics (2) | Brejová B. | 1-2/S | S2 | 1 | 100/0 s | |

2-IKV-232 | Cognitive Semantics and Cognitive Theory of Representation | Takáč M. * | 1/W | L2,S2 | 5 | 50/50 |

Revision as of 19:24, 15 August 2008 by 158.195.89.66 (Talk)