Subject |
Name |
Extent of teaching |
Language of teaching |
Completion
|
Semester
|
Credits
|
Guarantors |
Teachers |
XP37AEM |
Acoustic and Electroacoustic Measurements |
2P+1S |
EN |
Z,ZK |
L |
4 |
Husník L. |
|
XP37TAS |
Acoustic signal processing and theory |
2P+2L |
EN |
Z,ZK |
Z |
4 |
Kadlec F., Rund F. |
|
AD0M37MOT |
Advanced areas in image and video technology |
14+6L |
CS |
KZ |
Z |
5 |
|
|
AE0M37MOT |
Advanced areas in image and video technology |
2+2L |
EN |
KZ |
Z |
5 |
|
|
A0M37MOT |
Advanced areas in image and video technology |
2+2L |
CS |
KZ |
L |
5 |
|
|
BE2M37MOTA |
Advanced areas in image and video technology |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
BE2M37MOT |
Advanced areas in image and video technology |
2p+2l |
EN |
Z,ZK |
Z |
5 |
|
|
B2M37MOTA |
Advanced areas in image and video technology |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Fliegel K. |
|
B2M37MOT |
Advanced areas in image and video technology |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
XP37NOS |
Advanced Computational Tools for Imaging and Radio Systems |
2P+2L |
EN |
ZK |
L |
4 |
Vítek S. |
|
XP37CAD |
Advanced methods for circuit analysis and optimization using computer-aided design |
2P+3D |
EN |
Z,ZK |
Z |
3 |
Dobeš J. |
|
XP37MSP |
Advanced Multimedia Signal Processing |
2P+2L+3D |
EN |
Z,ZK |
L |
4 |
Fliegel K. |
|
A8M37ASD |
Advanced Statistical and Distributed Signal Processing |
8P+0C |
EN |
ZK |
L |
5 |
|
|
Q2M37PDK |
Advanced theory of digital communication |
3+1s |
CS |
Z,ZK |
Z |
4 |
|
|
BE3M37LRS |
Aeronautical Radio Systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Kovář P. |
|
BE9M37LRS |
Aeronautical Radio Systems |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B3M37LRS |
Aeronautical radio systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Kovář P. |
|
B9M37LRS |
Aeronautical Radio Systems |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AD0M37RLP |
Air traffic control |
14+6s |
CS |
Z,ZK |
Z |
4 |
|
|
AE0M37RLP |
Air traffic control |
2+2c |
EN |
Z,ZK |
Z |
4 |
|
|
A0M37RLP |
Air traffic control |
2P+2C |
CS |
Z,ZK |
Z |
4 |
Kovář P. |
|
XP37LN |
Aircraft Navigation |
2P+2S |
CS |
ZK |
L |
4 |
Vejražka F. |
|
XP37AEA |
Applied Electroacoustics |
2P+2L |
EN |
ZK |
Z |
4 |
Honzík P. |
|
BAB37APO |
Applied Optics |
2P+2L |
CS |
Z,ZK |
L |
4 |
Páta P. |
|
XP37ARA |
Architectural Acoustics |
2P+2S |
CS |
ZK |
L |
4 |
Husník L. |
|
BE2M37ART |
Architecture of Radio Receivers and Transmitters |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Kovář P. |
|
B2M37ART |
Architecture of radio receivers and transmitters |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Kovář P. |
|
AE8M37ART |
Architectures of Rx/Tx Systems |
4P+0L |
EN |
Z,ZK |
Z |
5 |
|
|
A8M37ART |
Architectures of Rx/Tx Systems |
4P+0C |
CS |
Z,ZK |
Z |
5 |
|
|
BE2M99ZVT |
Audio Technology 1 |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Husník L. |
|
B2M99ZVT |
Audio technology 1 |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Husník L., Jiříček O. |
|
AD0M37ZV2 |
Audio Technology 2 |
14+6L |
CS |
Z,ZK |
Z |
4 |
|
|
AE0M37ZV2 |
Audio Technology 2 |
2+2L |
EN |
Z,ZK |
Z |
4 |
|
|
A0M37ZV2 |
Audio Technology 2 |
2+2L |
CS |
Z,ZK |
Z |
4 |
|
|
BE2M37ZV2A |
Audio Technology 2 |
2P+2L |
EN |
Z,ZK |
L |
6 |
Rund F. |
|
BE2M37ZV2 |
Audio Technology 2 |
2p+2l |
EN |
Z,ZK |
L |
5 |
|
|
B2M37ZV2A |
Audio Technology 2 |
2P+2L |
CS |
Z,ZK |
L |
6 |
Rund F. |
|
B2M37ZV2 |
Audio Technology 2 |
2p+2l |
CS |
Z,ZK |
L |
5 |
|
|
AD2M37ZVT |
Audio Technology |
14+6L |
CS |
Z,ZK |
L |
5 |
|
|
AE2M37ZVT |
Audio Technology |
2+2L |
EN |
Z,ZK |
L |
5 |
|
|
A2M37ZVT |
Audio Technology |
2+2L |
CS |
Z,ZK |
L |
5 |
|
|
BD5B37AVT |
Audiovisual Technology |
14KP+6KL |
CS |
Z,ZK |
L |
4 |
Páta P. |
|
BE2B37AVT |
Audiovisual Technology |
2P+2L |
EN |
KZ |
L |
4 |
Páta P. |
|
B2B37AVT |
Audiovisual Technology |
2P+2L |
CS |
KZ |
L |
4 |
Páta P. |
|
AE0B37BAP |
Bachelor Project |
28s |
|
Z |
L |
20 |
|
|
AE8B37BAP |
Bachelor Project |
7s |
|
Z |
L |
9 |
|
|
BE2B37BPR |
Bachelor Project |
2p+2s |
EN |
KZ |
Z |
4 |
|
|
B2B37BPR |
Bachelor Project |
2p+2s |
CS |
KZ |
Z |
4 |
|
|
AD0B37BAP |
Bachelor thesis |
28s |
|
Z |
L |
20 |
|
|
A0B37BAP |
Bachelor thesis |
28s |
|
Z |
L |
20 |
|
|
A8B37BAP |
Bachelor thesis |
7s |
|
Z |
L |
9 |
|
|
AE8M37CAD |
CAD and Numerical Methods in RF Engineering |
2P+0C |
EN |
KZ |
L |
3 |
|
|
A8M37CAD |
CAD and Numerical Methods in RF Engineering |
2P+0C |
CS |
KZ |
L |
3 |
|
|
XP37NRO |
CAD for RF and Microwave Circuits |
3P+1S |
CS |
Z,ZK |
Z |
4 |
Dobeš J. |
|
A2B37CPP |
C/C++ Programming Language |
2P+2C |
CS |
Z |
L |
4 |
|
|
BD5B37PPC |
C/C++ programming |
14KP+6KC |
CS |
KZ |
Z |
4 |
Vítek S. |
|
AD2M37KDK |
Coding in digital communications |
21+3c |
CS |
Z,ZK |
L |
5 |
|
|
AE2M37KDK |
Coding in digital communications |
3+1c |
EN |
Z,ZK |
L |
5 |
|
|
AE8M37CDC |
Coding in Digital Communications |
4P+0C |
EN |
Z,ZK |
L |
5 |
|
|
A2M37KDK |
Coding in digital communications |
3+1c |
CS |
Z,ZK |
L |
5 |
|
|
BE2M37KDKA |
Coding in Digital Communications |
3P+1C |
EN |
Z,ZK |
L |
6 |
Sýkora J. |
|
BE2M37KDK |
Coding in digital communications |
3P+1C |
EN |
Z,ZK |
L |
5 |
|
|
B2M37KDKA |
Coding in digital communications |
3P+1C |
CS |
Z,ZK |
L |
6 |
Sýkora J. |
|
B2M37KDK |
Coding in digital communications |
3P+1C |
CS |
Z,ZK |
L |
5 |
|
|
A8M37CDC |
Coding in Digital Dommunications |
4P+0C |
CS |
Z,ZK |
L |
5 |
|
|
AE1B37KEL |
Communication and Electronics |
2P+2L |
EN |
KZ |
Z |
4 |
Dobeš J. |
|
A1B37KEL |
Communication and Electronics |
2P+2L |
CS |
KZ |
Z |
4 |
Dobeš J. |
|
AE2B37KMM |
Communication and Measurement in Multimedia |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
A2B37KMM |
Communication and Measurement in Multimedia |
0P+4L+2D |
CS |
Z,ZK |
Z |
6 |
Honzík P. |
|
AD2B99KAM |
Communication and Multimedia |
14+6c |
CS |
Z |
Z |
5 |
|
|
AE2B99KAM |
Communication and Multimedia |
2+2c |
EN |
Z |
Z |
5 |
|
|
AE8M37CSL |
Communications and Signal Processing Laboratory |
0P+2C |
EN |
Z |
L |
2 |
|
|
A8M37CSL |
Communications and Signal Processing Laboratory |
0P+2C |
CS |
Z |
L |
2 |
|
|
BE2M37KASA |
Compression of Images and Signals |
2P+2C |
EN |
Z,ZK |
L |
6 |
Vítek S. |
|
BE2M37KAS |
Compression of images and signals |
2p+2c |
EN |
Z,ZK |
L |
5 |
|
|
B2M37KASA |
Compression of images and signals |
2P+2C |
CS |
Z,ZK |
L |
6 |
Vítek S. |
|
B2M37KAS |
Compression of images and signals |
2p+2c |
CS |
Z,ZK |
L |
5 |
|
|
B0B37NSI |
Design of IoT systems |
2P + 2L + 2D |
CS |
Z,ZK |
L |
5 |
Vítek S. |
|
BE2M37DTRA |
Digital Audio and Video Broadcasting |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
BE2M37DTR |
Digital Audio and Video Broadcasting |
2p+2l |
EN |
Z,ZK |
Z |
5 |
|
|
B2M37DTR |
Digital Audio and Video Broadcasting |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
AD2M37DKM |
Digital communications |
21+3c |
CS |
Z,ZK |
Z |
4 |
|
|
AE2M37DKM |
Digital communications |
3+1s |
EN |
Z,ZK |
Z |
4 |
|
|
AE8B37DCM |
Digital Communications |
4P+0C |
EN |
Z,ZK |
Z |
5 |
|
|
A2M37DKM |
Digital communications |
3+1s |
CS |
Z,ZK |
Z |
4 |
|
|
A8B37DCMA |
Digital Communications |
3P+1C |
CS |
Z,ZK |
Z |
6 |
Sýkora J. |
|
A8B37DCM |
Digital Communications |
4P+0C |
CS |
Z,ZK |
Z |
5 |
|
|
BE2M37DKM |
Digital Communications |
3P+1C |
EN |
Z,ZK |
Z |
6 |
Sýkora J. |
|
B2M37DKM |
Digital communications |
3P+1C |
CS |
Z,ZK |
Z |
6 |
Sýkora J. |
|
QB-DKM |
Digital communications |
3+1s |
|
Z,ZK |
Z |
4 |
|
|
QM-PDK |
Digital communications |
3+1s |
|
Z,ZK |
Z |
4 |
|
|
AE8B37DIT |
Digital Design |
2P+2C |
EN |
Z,ZK |
L |
5 |
|
|
A8B37DIT |
Digital Design |
2P+2C |
CS |
Z,ZK |
L |
5 |
Vítek S. |
|
B2M37DTRA |
Digital Video and Audio Broadcasting |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Ulovec K. |
|
BE2M37DPR |
Diploma Project |
6s |
EN |
KZ |
Z |
6 |
|
|
B2M37DPR |
Diploma Project |
6s |
CS |
KZ |
Z |
6 |
|
|
AD0M37DIP |
Diploma Thesis |
36s |
|
Z |
L |
25 |
|
|
AE0M37DIP |
Diploma Thesis |
36s |
|
Z |
L |
25 |
|
|
A0M37DIP |
Diploma Thesis |
36s |
|
Z |
L |
25 |
|
|
BE2M37OBFA |
Image Photonics |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Páta P. |
|
BE2M37OBF |
Image Photonics |
2p+2l |
EN |
Z,ZK |
Z |
5 |
Páta P. |
|
B2M37OBFA |
Image Photonics |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Páta P. |
|
B2M37OBF |
Image Photonics |
2P+2L |
CS |
Z,ZK |
Z |
5 |
|
|
XP37IPP |
Image Processing and Photonics |
2P+2L |
EN |
ZK |
Z |
4 |
Páta P. |
|
AD2M37OBT |
Image Technology |
14+6c |
CS |
Z,ZK |
Z |
6 |
|
|
AE2M37OBT |
Image Technology |
2+2c |
EN |
Z,ZK |
Z |
6 |
|
|
A2M37OBT |
Image Technology |
2+2c |
CS |
Z,ZK |
Z |
6 |
|
|
BE2M37OBT |
Image Technology |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Páta P. |
|
B2M37OBT |
Image Technology |
2p+2l |
CS |
Z,ZK |
Z |
6 |
Páta P. |
|
A0M37CIR |
Implementation of the digital circuits in Radio |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
B2M37CIR |
Implementation of the digital circuits in Radio |
2P+2L |
CS |
Z,ZK |
L |
6 |
Skalický P. |
|
AD2B37IN1 |
Individual Project I |
3S |
CS |
KZ |
Z |
3 |
|
|
AE2B37IN1 |
Individual Project I |
3S |
EN |
KZ |
Z |
3 |
|
|
A2B37IN1 |
Individual Project I |
3s |
CS |
KZ |
Z |
3 |
|
|
AD2B37IN2 |
Individual Project II |
4S |
CS |
KZ |
Z |
3 |
|
|
AE2B37IN2 |
Individual Project II |
4s |
EN |
KZ |
Z |
3 |
|
|
A2B37IN2 |
Individual Project II |
4s |
CS |
KZ |
Z |
3 |
|
|
QM-IP2 |
Individual Project II |
4s |
CS |
KZ |
Z,L |
6 |
|
|
AD2M37IND |
Individual Project |
4s |
CS |
KZ |
Z |
6 |
|
|
AE2M37IND |
Individual Project |
4s |
EN |
KZ |
Z |
6 |
|
|
A2M37IND |
Individual Project |
4s |
CS |
KZ |
Z |
6 |
|
|
XP37ISS |
Introduction to space science and technology |
2P+2L |
EN |
ZK |
Z |
4 |
Hudec R. |
|
BE2M37MAM |
Microprocessors |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Vítek S. |
|
B2M37MAM |
Microprocessors |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Vítek S. |
|
AE8M37MAM |
Microprocessors&Microcomputers |
4P+2C |
EN |
Z,ZK |
Z |
7 |
|
|
A8M37MAM |
Microprocessors&Microcomputers |
4P+2C |
CS |
Z,ZK |
Z |
7 |
|
|
AD2B37MMT |
Multimedia Technology |
14+6L |
CS |
Z,ZK |
L |
6 |
|
|
AE2B37MMT |
Multimedia Technology |
2+2L |
EN |
Z,ZK |
L |
6 |
|
|
A2B37MMT |
Multimedia Technology |
2+2L |
CS |
Z,ZK |
L |
6 |
|
|
QB-MMT |
Multimedia Technology |
2+2L |
|
Z,ZK |
L |
6 |
|
|
BBB37MM2 |
Multimedia 2 |
2P+2L |
CS |
Z,ZK |
L |
5 |
|
|
BD6B37MM2 |
Multimedia 2 |
14KP+6KL |
CS |
Z,ZK |
L |
5 |
Klíma M. |
|
B6B37MM2 |
Multimedia 2 |
2P+2L+6D |
CS |
Z,ZK |
L |
5 |
Rund F. |
|
AD3M37NAV |
Navigation |
14+6s |
CS |
Z,ZK |
L |
6 |
|
|
AE3M37NAV |
Navigation |
2+2c |
EN |
Z,ZK |
L |
6 |
|
|
A3M37NAV |
Navigation |
2+2c |
CS |
Z,ZK |
L |
6 |
|
|
XP37FOS |
Photonic Imaging Systems |
2P+2L+4D |
EN |
ZK |
Z |
4 |
Páta P. |
|
XP37PAC |
Physiological Acoustics |
2P+4D |
EN |
ZK |
Z |
4 |
Maršálek P. |
|
BE0M37FAV |
Physiology and modeling of hearing and vision |
2P+2C+4D |
EN |
Z,ZK |
Z |
6 |
Vencovský V. |
|
B0M37FAV |
Physiology and modeling of hearing and vision |
2P+2C+4D |
CS |
Z,ZK |
Z |
6 |
Vencovský V. |
|
BE2B99PPC |
Practical C/C++ programming |
2p+2c |
EN |
KZ |
L |
6 |
|
|
B2B99PPC |
Practical C/C++ programming |
2P+2C |
CS |
KZ |
L |
6 |
Vítek S. |
|
AD2B37ZST |
Principles of Studio Technology |
14KP+6KL |
CS |
Z,ZK |
Z |
6 |
Bernas M. |
|
AE2B37ZST |
Principles of Studio Technology |
2+2L |
EN |
Z,ZK |
Z |
6 |
|
|
A2B37ZST |
Principles of Studio Technology |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
BE2B37ZST |
Principles of Studio Technology |
2P+2L |
EN |
Z,ZK |
Z |
4 |
Rund F. |
|
B2B37ZST |
Principles of Studio Technology |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Rund F. |
|
B0B99PRPA |
Procedural Programming |
2P+2C |
CS |
KZ |
Z |
4 |
Vítek S. |
|
BAB37ZPR |
Programming Essentials |
2P+2C |
CS |
Z,ZK |
Z |
6 |
Vítek S. |
|
BBB37ZPR |
Programming Essentials |
2P+2C |
CS |
KZ |
Z |
6 |
Vítek S. |
|
AD2B37ROZ |
Radio Circuits and Devices |
14+6s |
CS |
Z,ZK |
Z |
6 |
|
|
AE2B37ROZ |
Radio Circuits and Devices |
2+2s |
EN |
Z,ZK |
Z |
6 |
|
|
A2B37ROZ |
Radio Circuits and Devices |
2+2s |
CS |
Z,ZK |
Z |
6 |
|
|
BE2B37ROZ |
Radio Circuits and Devices |
2P+2L |
EN |
Z,ZK |
L |
4 |
Dobeš J. |
|
B2B37ROZ |
Radio Circuits and Devices |
2P+2L |
CS |
Z,ZK |
L |
4 |
Dobeš J. |
|
XP37RUP |
Radio determination of position, theory and practice, experience |
2P+2L+2D |
EN |
Z,ZK |
Z |
5 |
Vejražka F. |
|
BE2M37RNVA |
Radio Navigation |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Kovář P. |
|
BE2M37RNV |
Radio Navigation |
2P+2C |
EN |
Z,ZK |
Z |
5 |
|
|
B2M37RNVA |
Radio Navigation |
2P+2L |
CS |
Z,ZK |
L |
6 |
Kovář P. |
|
B2M37RNV |
Radio Navigation |
2p+2c |
CS |
Z,ZK |
L |
5 |
|
|
XP37SRP |
Radio Receivers Special Technology |
2P+2S |
CS |
ZK |
Z |
4 |
Žalud V. |
|
AE8M37RML |
Radio Systems Measurement lab |
0P+4L |
EN |
Z |
Z |
5 |
|
|
A8M37RML |
Radio Systems Measurement Lab |
0P+4L |
CS |
Z |
Z |
5 |
|
|
AD2M37RSY |
Radio systems |
14+6L |
CS |
Z,ZK |
Z |
6 |
|
|
AE2M37RSY |
Radio systems |
2+2L |
EN |
Z,ZK |
Z |
6 |
|
|
AE8M37RSY |
Radio Systems |
4P+0L |
EN |
Z,ZK |
Z |
5 |
|
|
A2M37RSY |
Radio systems |
2+2L |
CS |
Z,ZK |
Z |
6 |
|
|
A8M37RSY |
Radio Systems |
4P+0L |
CS |
Z,ZK |
Z |
5 |
|
|
XP37RAD |
Radioelectronics |
2P+2S |
CS |
ZK |
L |
4 |
Kovář P. |
|
AD0M37DUP |
Satellite navigation systems |
14+6L |
CS |
Z,ZK |
Z |
4 |
|
|
AE0M37DUP |
Satellite navigation systems |
2+2L |
EN |
Z,ZK |
Z |
4 |
|
|
A0M37DUP |
Satellite navigation systems |
2+2L |
CS |
Z,ZK |
Z |
4 |
|
|
XP37FOT |
Selected Parts from Photonics |
2P+2L |
EN |
Z,ZK |
L |
3 |
Klíma M. |
|
XP37VKF |
Selected Parts from Photonics |
4P+0S |
CS |
ZK |
L |
4 |
Klíma M. |
|
A7B37PRO |
Semestral Project |
2s |
CS |
KZ |
Z |
6 |
|
|
BD6B37PRO |
Semestral Project |
2s |
CS |
KZ |
Z |
6 |
|
|
B6B37PRO |
Semestral Project |
2s |
CS |
KZ |
Z |
6 |
|
|
XP37ZSN1 |
Signal processing in satellite navigation systems 1 |
1P+3S |
EN |
Z,ZK |
Z |
4 |
Vejražka F. |
|
XP37ZSN2 |
Signal processing in satellite navigation systems 2 |
1P+3L |
CS |
Z,ZK |
L |
4 |
Vejražka F. |
|
AD2B99SAS |
Signals and systems |
14+6c |
CS |
Z,ZK |
L |
5 |
|
|
AE2B99SAS |
Signals and systems |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
AE8B37SAS |
Signals and Systems |
4P+2C |
EN |
Z,ZK |
L |
8 |
|
|
A2B99SAS |
Signals and systems |
2+2c |
CS |
Z,ZK |
L |
5 |
|
|
A8B37SAS |
Signals and Systems |
4P+2C |
CS |
Z,ZK |
L |
8 |
Sýkora J. |
|
BD5B37SAS |
Signals and systems |
14KP+6KC |
CS |
Z,ZK |
L |
4 |
Fliegel K. |
|
BE2B37SAS |
Signals and systems |
2p+2c |
EN |
Z,ZK |
L |
5 |
|
|
B2B37SAS |
Signals and systems |
2P+2C |
CS |
Z,ZK |
L |
5 |
Fliegel K. |
|
QB-SAS |
Signals and systems |
2+2c |
|
Z,ZK |
L |
5 |
|
|
BE3M37KIN |
Space Engineering |
2P+2L |
EN |
Z,ZK |
Z |
6 |
Hudec R. |
|
BE9M37KIN |
Space Engineering |
2P+2L |
EN |
Z,ZK |
Z |
6 |
|
|
B3M37KIN |
Space Engineering |
2P+2L |
CS |
Z,ZK |
Z |
6 |
Hudec R. |
|
B9M37KIN |
Space Engineering |
2P+2L |
CS |
Z,ZK |
Z |
6 |
|
|
AE8B37SSP |
Statistical Signal Processing |
4P+0C |
EN |
Z,ZK |
L |
6 |
|
|
A8B37SSP |
Statistical Signal Processing |
4P+0C |
CS |
Z,ZK |
L |
6 |
Sýkora J. |
|
BE2M37SSPA |
Statistical Signal Processing |
4P+0C |
EN |
Z,ZK |
L |
6 |
|
|
BE2M37SSP |
Statistical Signal Processing |
4p+0 |
EN |
ZK |
L |
5 |
|
|
B2M37SSPA |
Statistical Signal Processing |
4P+0C |
CS |
Z,ZK |
L |
6 |
Sýkora J. |
|
B2M37SSP |
Statistical Signal Processing |
4P+0C |
CS |
ZK |
L |
5 |
|
|
XP37SZS |
Statistical Signal Processing |
4P+0S |
CS |
Z,ZK |
L |
4 |
Sýkora J. |
|
AE0M37SEK |
Synchronization and Equalization in Digital Communications |
3P+1S |
EN |
Z,ZK |
Z |
4 |
|
|
A0M37SEK |
Synchronization and equalization in digital communications |
3P+1S |
CS |
Z,ZK |
Z |
4 |
|
|
B2M37SEK |
Synchronization and equalization in digital communications |
3P+1C |
CS |
Z,ZK |
Z |
6 |
Sýkora J. |
|
BBB37TSD |
Technology for Light Design |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Bednář J. |
|
BBB37TZD |
Technology for Sound Design |
2P+2L |
CS |
Z,ZK |
Z |
4 |
Bednář J. |
|
B0M37TAV |
Technology of Audiovisual Production |
2P+2L |
CS |
Z,ZK |
L |
4 |
|
|
B2M37TAV |
Technology of Audiovisual Production |
2P+2L+2D |
CS |
Z,ZK |
L |
6 |
Klíma M. |
|
XP37TEM |
Theoretical Electroacoustics and Measurement |
2P+2L |
EN |
Z,ZK |
L |
3 |
Husník L. |
|
XP37TEA |
Theoretical Eletroacoustics |
3P+1S |
CS |
Z,ZK |
Z |
4 |
Husník L., Škvor Z. |
|
BBB37IOT |
Tools for IoT |
2P + 2L |
CS |
Z |
L |
4 |
|
|
AE8M37WDC |
Wireless Digital Communications |
4P+0C |
EN |
Z,ZK |
Z |
5 |
|
|
A8M37WDC |
Wireless Digital Communications |
4P+0C |
CS |
Z,ZK |
Z |
5 |
|
|