Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
AD4M33PAL |
Advanced algorithms |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M33PAL |
Advanced algorithms |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A4M33PAL |
Advanced algorithms |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
BE4M33PAL |
Advanced algorithms |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Průša D. |
Genyk-Berezovskyj M., Průša D. |
B4M33PAL |
Advanced algorithms |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Průša D. |
Genyk-Berezovskyj M., Průša D. |
A5M33UIP |
Advanced Artificial Intelligence |
3P+1C |
CS |
KZ |
L |
4 |
|
|
VYMAZAT |
Advanced Artificial Intelligence |
2+2s |
|
Z,ZK |
L |
4 |
|
|
AD4B77JVA |
Advanced Java Programming |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AE4B77JVA |
Advanced Java Programming |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A4B77JVA |
Advanced Java Programming |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AD4M33RZN |
Advanced Methods for Knowledge Representation |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AD3M33PRO |
Advanced robotics |
14KP+6KL |
CS |
Z,ZK |
Z |
6 |
|
|
AE3M33PRO |
Advanced robotics |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
A3M33PRO |
Advanced robotics |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
BE3M33PRO |
Advanced robotics |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Pajdla T. |
Pajdla T., Smutný V. |
B3M33PRO |
Advanced robotics |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Pajdla T. |
Pajdla T., Smutný V. |
B3B33ALP |
Algorithms and programming |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Kybic J. |
Kybic J. |
AD4B33ALG |
Algorithms |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
AE4B33ALG |
Algorithms |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
A4B33ALG |
Algorithms |
2P+2C |
CS |
Z,ZK |
L |
6 |
Genyk-Berezovskyj M. |
Genyk-Berezovskyj M. |
BE5B33ALG |
Algorithms |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Genyk-Berezovskyj M. |
Genyk-Berezovskyj M. |
B4B33ALG |
Algorithms |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Genyk-Berezovskyj M. |
Genyk-Berezovskyj M., Průša D. |
XP33MMD |
Analysis and visualization methods for medical data |
2P+2C |
EN |
Z,ZK |
L |
4 |
Kybic J. |
Kybic J. |
AD3M33UI |
Artificial Intelligence |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
AE3M33UI |
Artificial Intelligence |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
A3M33UI |
Artificial Intelligence |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
BE3M33UI |
Artificial Intelligence |
2P+2C |
EN |
Z,ZK |
L |
6 |
Pošík P. |
Mařík R., Pošík P. |
B3M33UI |
Artificial Intelligence |
2P+2C |
CS |
Z,ZK |
L |
6 |
Pošík P. |
Mařík R., Pošík P. |
EP33UID |
Artificial Intelligence |
2P+1S |
|
Z,ZK |
Z |
3 |
|
|
A6M33AST |
Assistive Technologies and Patient Supervision Systems |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BE3M33ARO |
Autonomous Robotics |
3P+2L |
EN |
Z,ZK |
L |
7 |
Hlaváč V. |
Hlaváč V., Zimmermann K. |
BE9M33ARO |
Autonomous Robotics |
3P+2L |
EN |
Z,ZK |
L |
4 |
|
|
B3M33ARO |
Autonomous Robotics |
3P+2L |
CS |
Z,ZK |
L |
7 |
Hlaváč V. |
Hlaváč V., Zimmermann K. |
B9M33ARO |
Autonomous Robotics |
3P+2L |
CS |
Z,ZK |
L |
4 |
|
|
AE0B33BAP |
Bachelor Project |
28S |
EN |
Z |
L |
20 |
|
|
AE8B33BAP |
Bachelor Project |
7S |
|
Z |
L |
9 |
|
|
AD0B33BAP |
Bachelor thesis |
28S |
CS |
Z |
L |
20 |
|
|
A0B33BAP |
Bachelor thesis |
28S |
CS |
Z |
L |
20 |
|
|
A8B33BAP |
Bachelor thesis |
7S |
|
Z |
L |
9 |
|
|
AD4M33BIA |
Bio Inspired Algorithms |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
AE4M33BIA |
Bio Inspired Algorithms |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
A4M33BIA |
Bio Inspired Algorithms |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
EP33BET |
Bioethics |
1+0s |
|
ZK |
L |
1 |
|
|
A6M33BIO |
Biometrie |
2P+2C |
CS |
KZ |
Z |
4 |
Novák D. |
Bakštein E., Franc V., Novák D., Pollák P., Schneider J. |
A6M33KSY |
Cognitive Systems |
2P+1C |
CS |
KZ |
Z |
4 |
Vavrečka M. |
Štěpánová K., Vavrečka M. |
AD3M33PPV |
Computer Aided Manufacturing |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
AE3M33PPV |
Computer Aided Manufacturing |
2P+2C |
EN |
Z,ZK |
L |
5 |
|
|
AD4M33MPV |
Computer Vision Methods |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
AE4M33MPV |
Computer Vision Methods |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
A4M33MPV |
Computer Vision Methods |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
BE4M33MPV |
Computer Vision Methods |
2P+2C |
EN |
Z,ZK |
L |
6 |
Matas J. |
Čech J., Drbohlav O., Matas J. |
B4M33MPV |
Computer Vision Methods |
2P+2C |
CS |
Z,ZK |
L |
6 |
Matas J. |
Čech J., Drbohlav O., Matas J. |
XP33VTP |
Computer Vision – Theory and Practice |
2S |
EN |
ZK |
L |
4 |
Chum O. |
Chum O. |
EP33VID |
Computer Vision |
2P+2S |
|
Z,ZK |
L |
4 |
|
|
EP33RMD |
Control of Mobile Robots |
2+2s |
|
Z,ZK |
L |
4 |
|
|
AD3B33KUI |
Cybernetics and Artificial Intelligence |
14KP+6KC |
CS |
Z,ZK |
L |
5 |
|
|
AE3B33KUI |
Cybernetics and Artificial Intelligence |
2P+2C |
EN |
Z,ZK |
L |
5 |
|
|
A3B33KUI |
Cybernetics and Artificial Intelligence |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
BE5B33KUI |
Cybernetics and Artificial Intelligence |
2P+2C |
EN |
Z,ZK |
L |
6 |
Svoboda T. |
Hoffmann M., Svoboda T. |
B3B33KUI |
Cybernetics and Artificial Intelligence |
2P+2C |
CS |
Z,ZK |
L |
6 |
Svoboda T. |
Hoffmann M., Svoboda T. |
A5M33DSP |
Databases, Networks and Programming Techniques |
3P+1C |
CS |
KZ |
Z |
4 |
|
|
33DBM |
Databázové systémy v medicíně |
|
|
Z,ZK |
Z,L |
0 |
|
|
AD4M33NMS |
Design and Modeling of Software Systems |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M33NMS |
Design and Modeling of Software Systems |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A4M33NMS |
Design and Modeling of Software Systems |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AD4M33DZO |
Digital image |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M33DZO |
Digital image |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A4M33DZO |
Digital image |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
BE4M33DZO |
Digital image |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Hlaváč V. |
Hlaváč V. |
B4M33DZO |
Digital image |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Hlaváč V. |
Hlaváč V. |
M33DZO |
Digital image |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
A7B33DIF |
Digital Photography |
2P+2L |
CS |
Z,ZK |
L |
5 |
Hlaváč V. |
Hlaváč V., Sejkot R. |
AD0M33DIP |
Diploma Thesis |
36S |
|
Z |
L |
25 |
|
|
AE0M33DIP |
Diploma Thesis |
36S |
EN |
Z |
L |
25 |
|
|
A0M33DIP |
Diploma Thesis |
36S |
|
Z |
L |
25 |
|
|
A6M33DIP |
Diploma Thesis |
32S |
CS |
Z |
L |
22 |
|
|
EP33SDD |
Discrete Event Systems |
2P+2S |
|
Z,ZK |
Z |
4 |
|
|
A6M33PFR |
Disorders of Physiological Regulations |
2P+0C |
CS |
KZ |
L |
2 |
|
|
EP33DID |
Distributed Artificial Intelligence |
2+0s |
|
Z,ZK |
Z |
2 |
|
|
XP33DID |
Distributed Artificial Intelligence |
2P+1S |
CS |
ZK |
Z |
4 |
Lhotská L. |
Lhotská L. |
AD3B33DRR |
Dynamics and control of robots |
14KP+6KL |
CS |
Z,ZK |
Z |
6 |
|
|
AE3B33DRR |
Dynamics and Control of Robots |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
A3B33DRR |
Dynamics and control of robots |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
BD6B33EAR |
Enterprise Architectures |
14KP+6KC |
CS |
KZ |
Z |
5 |
|
|
B6B33EAR |
Enterprise Architectures |
2P+2C |
CS |
KZ |
Z |
5 |
|
|
EP33EST |
Estimation Theory |
2P+1S |
|
ZK |
L |
3 |
|
|
EP33ECD |
Evolutionary Computing |
2+1s |
|
Z,ZK |
Z |
3 |
|
|
A0M33EOA |
Evolutionary Optimization Algorithms |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Pošík P. |
Kubalík J., Pošík P. |
A6M33ZPP |
First Aid Training Course |
2S |
CS |
Z |
Z |
1 |
Macků D. |
Macků D. |
EP33FLC |
Free-Space Laser Communication |
2+1s |
|
ZK |
L |
3 |
|
|
EP33FLO |
Fuzzy Logic |
2+0s |
|
Z,ZK |
L |
2 |
|
|
XEP33FLO |
Fuzzy Logic |
2P+0S |
EN |
ZK |
L |
4 |
Navara M. |
Navara M. |
XP33FLO |
Fuzzy Logic |
2P+0S |
CS |
ZK |
L |
4 |
Navara M. |
Navara M. |
AE4M33GVG |
Geometry of Computer Vision and Graphics |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
A4M33GVG |
Geometry of Computer Vision and Graphics |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
BE4M33GVG |
Geometry of Computer Vision and Graphics |
2P+2C |
EN |
Z,ZK |
L |
6 |
Pajdla T. |
Matoušek M., Olšák P., Pajdla T. |
B4M33GVG |
Geometry of Computer Vision and Graphics |
2P+2C |
CS |
Z,ZK |
L |
6 |
Pajdla T. |
Matoušek M., Olšák P., Pajdla T. |
XEP33GMM |
Graphical Markov Models |
2P+1S |
EN |
ZK |
Z |
4 |
Flach B. |
Flach B. |
XP33CHM |
Chapters in higher mathematics |
2P |
EN |
ZK |
L |
4 |
Pták P. |
Pták P. |
AD3B33IND |
Individual project |
8S |
CS |
KZ |
Z |
7 |
|
|
AD3M33IND |
Individual project |
3S |
CS |
KZ |
Z |
10 |
|
|
AE3B33IND |
Individual project |
3+8s |
EN |
KZ |
Z |
7 |
|
|
AE3M33IND |
Individual project |
3s |
EN |
KZ |
Z |
10 |
|
|
A3B33IND |
Individual project |
3+8s |
CS |
KZ |
Z |
7 |
|
|
A3M33IND |
Individual project |
3s |
CS |
KZ |
Z |
10 |
|
|
A6M33IP |
Individual Project |
4C |
CS |
KZ |
Z |
4 |
|
|
AD0M33PIS |
Industrial Information Systems |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
AE0M33PIS |
Industrial Information Systems |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
A0M33PIS |
Industrial Information Systems |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
BE3M33PIS |
Industrial Information Systems |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Kadera P. |
Jirkovský V., Kadera P., Vyskočil J. |
B3M33PIS |
Industrial Information Systems |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Kadera P. |
Jirkovský V., Kadera P., Vyskočil J. |
33IKTZ |
Informační a komunikační technologie ve zdravotnictví |
|
|
Z,ZK |
Z,L |
0 |
|
|
A5M33IZS |
Information and Knowledge-Based Systems |
2P+1C |
CS |
Z,ZK |
L |
4 |
Řimnáč M. |
Řimnáč M. |
AD3M33IRO |
Intelligent robotics |
3KP+2KC |
CS |
Z,ZK |
L |
7 |
|
|
AE3M33IRO |
Intelligent robotics |
3P+2C |
EN |
Z,ZK |
L |
7 |
|
|
A3M33IRO |
Intelligent robotics |
3P+2L |
CS |
Z,ZK |
L |
7 |
|
|
A4M33VIA |
Internet Applications Development |
1P+1C |
CS |
Z |
Z |
3 |
Šedivý J. |
Šedivý J. |
AD4B33ZUI |
Introduction to Artificial Intelligence |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A0B33BMI |
Introduction to Biomedical Engineering and Informatics |
2P+2C |
CS |
KZ |
Z |
4 |
|
|
EP33ZVD |
Introduction to Computer Vision |
2P+2S |
|
Z,ZK |
Z |
4 |
|
|
XP33ZVD |
Introduction to Computer Vision |
2P+2S |
CS |
ZK |
Z |
4 |
Hlaváč V. |
Hlaváč V. |
B3B33LAR |
Laboratory of robotics |
0P+4L |
CS |
KZ |
L |
4 |
Krsek P. |
|
EP33LPD |
Logic and Logic Programming |
2+2s |
|
Z,ZK |
L |
4 |
|
|
XP33LPD |
Logic and Logic Programming |
2P+2S |
CS |
ZK |
L |
4 |
Štěpánková O. |
Štěpánková O. |
AD4M33SAD |
Machine Learning and Data Analysis |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
M33SAD |
Machine Learning and Data Analysis |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
EP33SCD |
Man-Machine Systems |
2P+1S |
|
Z,ZK |
Z |
3 |
|
|
EP33MAD |
Mathematical Analysis of Dempster-Shafer Theory |
2+0s |
|
Z,ZK |
Z |
2 |
|
|
EP33MKD |
Mathematics for Cybernetics - Selected Topics |
2+2s |
|
Z,ZK |
Z |
4 |
|
|
XP33MKD |
Mathematics for Cybernetics - Selected Topics |
2P+2S |
CS |
ZK |
L |
4 |
Pták P. |
Pták P. |
A6M33LEE |
Medical Ethics |
2P+0C |
CS |
Z,ZK |
Z |
3 |
|
|
A6M33ZMO |
Medical Image Processing |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Hlaváč V. |
Hlaváč V. |
BAM33ZMO |
Medical Image Processing |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Kybic J. |
Kybic J. |
BEAM33ZMO |
Medical Image Processing |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Kybic J. |
Kybic J. |
A6M33ZSL |
Medical Imaging Systems |
2P+2C |
CS |
Z,ZK |
L |
5 |
Kybic J. |
Kybic J. |
BAM33ZSL |
Medical Imaging Systems |
2P+2C |
CS |
Z,ZK |
L |
6 |
Kybic J. |
Kybic J. |
BEAM33ZSL |
Medical Imaging Systems |
2P+2C |
EN |
Z,ZK |
L |
6 |
Kybic J. |
Kybic J. |
A6M33LI |
Medical Informatics |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Huptych M. |
Huptych M. |
A6M33LTE |
Medical Terminology |
2S |
CS |
Z |
Z |
2 |
|
|
A6M33DVZ |
Mining and Visualisation of Knowledge |
2P+2C |
CS |
Z,ZK |
Z |
4 |
|
|
AD3M33MKR |
Mobile and Collective Robotics |
14KP+6KL |
CS |
Z,ZK |
Z |
6 |
|
|
AE3M33MKR |
Mobile and Collective Robotics |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
A3M33MKR |
Mobile and Collective Robotics |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
BE3M33MKR |
Mobile and Collective Robotics |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Přeučil L. |
Kulich M., Přeučil L. |
B3M33MKR |
Mobile and Collective Robotics |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Přeučil L. |
Kulich M., Přeučil L. |
EP33MOL |
Modal Logics for Distributed Systems |
2+0s |
|
Z,ZK |
Z |
2 |
|
|
XP33MOL |
Modal Logics for Distributed Systems |
2P+0S |
CS |
ZK |
Z |
4 |
Štěpánková O. |
Štěpánková O. |
A6M33MOS |
Modeling and Simulation |
2P+2C |
CS |
Z,ZK |
Z |
5 |
Kofránek J. |
Kofránek J. |
BAM33MOS |
Modeling and Simulation |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Kofránek J. |
Kofránek J. |
BEAM33MOS |
Modeling and Simulation |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Kofránek J. |
Kofránek J. |
A6M33NIN |
Neuroinformatics |
2P+2C |
CS |
Z,ZK |
L |
5 |
|
|
BAM33NIN |
Neuroinformatics |
2P+2C |
CS |
Z,ZK |
L |
6 |
Novák D. |
Novák D. |
BEAM33NIN |
Neuroinformatics |
2P+2C |
EN |
Z,ZK |
L |
6 |
|
|
EP33NEP |
Neuroprosthetics |
1P+0S |
|
ZK |
Z |
1 |
|
|
AE0M33OSW |
Ontologies and Semantic Web |
2P+2C |
EN |
KZ |
Z |
4 |
|
|
A0M33OSW |
Ontologies and Semantic Web |
2P+2C |
CS |
KZ |
Z |
4 |
|
|
BE4M33OSW |
Ontologies and Semantic Web |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
B4M33OSW |
Ontologies and Semantic Web |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AD3B33OSD |
Operating Systems and Databases |
21KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
AE3B33OSD |
Operating Systems and Databases |
3P+2C |
EN |
Z,ZK |
L |
6 |
|
|
A3B33OSD |
Operating Systems and Databases |
3P+2C |
CS |
Z,ZK |
L |
6 |
|
|
AD4B33OSS |
Operating systems and networks |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AE4B33OSS |
Operating Systems and Networks |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A4B33OSS |
Operating systems and networks |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AD4B33OPT |
Optimization |
28KP+6KC |
CS |
Z,ZK |
Z |
7 |
|
|
AE4B33OPT |
Optimization |
4P+2C |
EN |
Z,ZK |
Z |
7 |
|
|
A4B33OPT |
Optimization |
4P+2C |
CS |
Z,ZK |
Z |
7 |
|
|
B0B33OPT |
Optimization |
4P+2C |
CS |
Z,ZK |
Z,L |
7 |
Werner T. |
Kroupa T., Werner T. |
A6M33OZL |
Organization of the Health Care System and Legislation |
2P+2S |
CS |
Z,ZK |
L |
4 |
Lhotská L. |
Lhotská L. |
AD4B33RPZ |
Pattern Recognition and Machine Learning |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AE4B33RPZ |
Pattern Recognition and Machine Learning |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A4B33RPZ |
Pattern Recognition and Machine Learning |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
BE5B33RPZ |
Pattern Recognition and Machine Learning |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Matas J. |
Drbohlav O., Matas J. |
EP33ROD |
Pattern Recognition |
2+2s |
|
Z,ZK |
L |
4 |
|
|
XP33ROD |
Pattern Recognition |
2P+2S |
CS |
ZK |
L |
4 |
Hlaváč V. |
Hlaváč V. |
A6M33FZG |
Physiology and Anatomy |
2P+1L |
CS |
Z,ZK |
Z |
3 |
|
|
XP33PPD |
Practical Data Mining Problems |
2P+2S |
CS |
ZK |
L |
4 |
Štěpánková O. |
Štěpánková O. |
A0M33PAR |
Practical Robotics |
1P+3L |
CS |
KZ |
Z |
4 |
Přeučil L. |
Přeučil L. |
XP33PMD |
Probabilistic Models of Uncertainty in AI |
2P+0S |
CS |
ZK |
L |
4 |
Jiroušek R. |
Jiroušek R. |
AE0B33PRG |
Programming Essentials |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
BE5B33PRG |
Programming Essentials |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Reinštein M., Svoboda T. |
Reinštein M. |
BE5B33PGE |
Programming for Engineers |
2P+2C |
EN |
Z,ZK |
L |
6 |
Genyk-Berezovskyj M. |
Genyk-Berezovskyj M. |
B3B33PRJ |
Project |
0P+2C |
CS |
KZ |
Z |
4 |
|
|
B3B33SAP |
Project |
0P+2C |
CS |
KZ |
Z |
6 |
|
|
B3M33PRJ |
Project |
0P+6C |
CS |
KZ |
Z |
8 |
|
|
XP33RCV |
Reading group in Pattern Recognition and Computer Vision |
2P+2S |
EN |
ZK |
Z |
4 |
Chum O. |
Chum O., Tolias G. |
XP33RG |
Reading Group |
2P+2S |
EN |
Z |
Z,L |
3 |
Kybic J. |
Kybic J. |
EP33OSD |
Real Time Operating Systems |
2+1s |
|
Z,ZK |
L |
3 |
|
|
B4B33RPZ |
Recognition and machine learning |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Matas J. |
Drbohlav O., Matas J. |
BE4M33SVP |
Research or SW project |
0P+2C |
EN |
Z |
Z |
6 |
|
|
B4M33SVP |
Research or SW project |
0P+2C |
CS |
Z |
Z |
6 |
|
|
B3B33VIR |
Robot Vision |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Zimmermann K. |
Zimmermann K. |
AD3B33ROB |
Robotics |
14KP+6KL |
CS |
Z,ZK |
L |
6 |
|
|
AE3B33ROB |
Robotics |
2P+2L |
EN |
Z,ZK |
L |
6 |
|
|
A3B33ROB |
Robotics |
2P+2L |
CS |
Z,ZK |
L |
6 |
|
|
B3B33ROB |
Robotics |
2P+2L |
CS |
Z,ZK |
Z |
5 |
Smutný V. |
Smutný V. |
EP33RSK |
Robust Statistics for Cybernetics |
2P+0S |
|
Z,ZK |
L |
2 |
|
|
XP33RSK |
Robust Statistics for Cybernetics |
2P+0S |
CS |
ZK |
L |
4 |
Nosková J. |
Nosková J. |
A6M33BEZ |
Safety of Electric and Non-electric Devices and Management of Medical Technology |
2S |
CS |
Z,ZK |
Z |
4 |
|
|
EP33PUD |
Selected Topics in Artificial Intelligence |
2+2s |
|
Z,ZK |
Z |
4 |
|
|
EP33VKR |
Selected Topics in Pattern Recognition and Computer Vision |
3S |
|
ZK |
Z |
3 |
|
|
XEP33VKR |
Selected Topics in Pattern Recognition and Computer Vision |
2P+2S |
EN |
ZK |
Z |
4 |
Navara M. |
Tolias G. |
EP33ROZ |
Selected Topics in Pattern Recognition |
2+2s |
|
Z,ZK |
L |
4 |
|
|
AD7B33PRO |
Semestral project |
5S |
CS |
KZ |
Z |
6 |
|
|
A7B33PRO |
Semestral Project |
2S |
CS |
KZ |
Z |
6 |
|
|
BD6B33PRO |
Semestral Project |
6KC |
CS |
KZ |
Z |
6 |
|
|
B6B33PRO |
Semestral Project |
0P+2C |
CS |
KZ |
Z |
6 |
|
|
AD4B99SVP |
Software or Research Project |
|
CS |
KZ |
Z,L |
6 |
|
|
AD4M99SVP |
Software or Research Project |
|
|
KZ |
Z,L |
6 |
|
|
AE4B33SVP |
Software or Research Project |
|
EN |
KZ |
Z,L |
6 |
|
|
AE4B99SVP |
Software or Research Project |
|
CS |
KZ |
Z,L |
6 |
|
|
AE4M33SVP |
Software or Research Project |
|
|
KZ |
Z,L |
6 |
|
|
AE4M99SVP |
Software or Research Project |
|
|
KZ |
Z,L |
6 |
|
|
A4B33SVP |
Software or Research Project |
|
|
KZ |
Z,L |
6 |
Matas J. |
|
A4M33SVP |
Software or Research Project |
|
CS |
KZ |
Z,L |
6 |
|
|
A4M99SVP |
Software or Research Project |
|
|
KZ |
Z,L |
6 |
|
|
AD4M33TVS |
Software Verification and Testing |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M33TVS |
Software Verification and Testing |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A4M33TVS |
Software Verification and Testing |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
AD4B99RPH |
Solving problems and other games |
7KP+9KC |
CS |
KZ |
Z |
6 |
|
|
AE4B99RPH |
Solving problems and other games |
1P+3C |
EN |
KZ |
Z |
6 |
|
|
B4B33RPH |
Solving Problems and other Games |
2P+3C |
CS |
KZ |
Z |
6 |
Svoboda T. |
Pošík P., Svoboda T. |
BE4M33SSU |
Statistical Machine Learning |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Flach B. |
Drchal J., Flach B., Franc V. |
B4M33SSU |
Statistical Machine Learning |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
A6M33SSL |
Statistics and Reliability in Medicine |
2P+2C |
CS |
Z,ZK |
L |
5 |
Pošík P. |
Pošík P., Vonásek V. |
XEP33SML |
Structured Model Learning |
2P+1S |
EN |
ZK |
L |
4 |
Flach B. |
Flach B., Franc V. |
AD7B33SUI |
Systems with Artificial Intelligence |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
AD3M99PTO |
Team Work |
7KP+9KC |
|
KZ |
L |
6 |
|
|
AE3M99PTO |
Team Work |
1P+3C |
EN |
KZ |
L |
6 |
|
|
A3M99PTO |
Team Work |
1P+3C |
|
KZ |
L |
6 |
|
|
AD4M33TZ |
Theoretical foundations of computer vision, graphics, and interaction |
14KP+6KC |
CS |
Z,ZK |
L |
6 |
|
|
A4M33TZ |
Theoretical foundations of computer vision, graphics, and interaction |
2P+2C |
CS |
Z,ZK |
L |
6 |
|
|
BE4M33TDV |
Three-dimensional Computer Vision |
2P+2C |
EN |
Z,ZK |
Z |
6 |
Šára R. |
Šára R. |
B4M33TDV |
Three-dimensional Computer Vision |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Šára R. |
Šára R. |
EP33TUI |
Trends in AI |
2S |
|
Z |
L |
2 |
|
|
XEP33SAM |
Understanding State of the Art Methods, Algorithms, and Implementations |
2P+2S |
EN |
ZK |
L |
4 |
Chum O. |
Chum O. |
AD7B39WPA |
Web Enterprise Applications |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
A7B39WPA |
Web Enterprise Applications |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
XP33ZPM |
Základy personalizované medicíny |
1P+1S |
CS |
ZK |
L |
4 |
Štěpánková O. |
Štěpánková O. |
AD4M33TDV |
3D Computer Vision |
14KP+6KC |
CS |
Z,ZK |
Z |
6 |
|
|
AE4M33TDV |
3D Computer Vision |
2P+2C |
EN |
Z,ZK |
Z |
6 |
|
|
A4M33TDV |
3D Computer Vision |
2P+2C |
CS |
Z,ZK |
Z |
6 |
|
|
XP33VID |
3D Computer Vision |
2P+2S |
CS |
ZK |
Z |
4 |
Šára R. |
Šára R. |