CTU FEE Moodle
Digital Video and Audio Broadcasting
B232 - Summer 23/24
This is a grouped Moodle course. It consists of several separate courses that share learning materials, assignments, tests etc. Below you can see information about the individual courses that make up this Moodle course.
Digital Video and Audio Broadcasting - B2M37DTRA
Main course
| Credits | 6 |
| Semesters | Winter |
| Completion | Assessment + Examination |
| Language of teaching | Czech |
| Extent of teaching | 2P+2L |
Annotation
The subject makes students familiar with topics related to video and audio transmission. Described are methods of data stream creation, methods of source and channel coding, error correction principles and modulation formats. Attention is paid to transmission systems standards with regard to transmission channel properties. The subject also deals with multimedia data services and with measurement in transmission systems.
Study targets
No data.
Course outlines
1. Overview of video broadcasting systems developments. Fundamental specifications of digital audio and video broadcasting systems.
2. Audio and video information content.
3. Video source coding methods.
4. Audio source coding methods. Program stream multiplex and transport stream multiplex.
5. Audio video signal quality assessment.
6. Overview of audio broadcasting systems developments, stereo broadcasting.
7. Fundamentals of signal transmission, basic properties of transmission channel.
8. Error protection in digital audio and video broadcasting systems, convolutional and block codes, multilevel protection.
9. Modulation techniques in digital audio and video broadcasting systems. Single frequency network.
10. Modern standards of digital audio and video broadcasting.
11. Data services in digital audio and video broadcasting systems.
12. Video streaming. IPTV.
13. Networks of transmitters for broadcasting vs. cellular networks for mobile communication. Advantages and disadvantages with regard to audiovisual content transmission.
14. Alternate term.
2. Audio and video information content.
3. Video source coding methods.
4. Audio source coding methods. Program stream multiplex and transport stream multiplex.
5. Audio video signal quality assessment.
6. Overview of audio broadcasting systems developments, stereo broadcasting.
7. Fundamentals of signal transmission, basic properties of transmission channel.
8. Error protection in digital audio and video broadcasting systems, convolutional and block codes, multilevel protection.
9. Modulation techniques in digital audio and video broadcasting systems. Single frequency network.
10. Modern standards of digital audio and video broadcasting.
11. Data services in digital audio and video broadcasting systems.
12. Video streaming. IPTV.
13. Networks of transmitters for broadcasting vs. cellular networks for mobile communication. Advantages and disadvantages with regard to audiovisual content transmission.
14. Alternate term.
Exercises outlines
SEMINARS:
1. Excursion - source processing of audio and video signals, broadcasting.
2. Excursion - source processing of audio and video signals, broadcasting.
MEASUREMENT:
3. Introduction to laboratory, occupational health and safety.
4. Signal sampling and reconstruction, sampling theorem.
5. Measurement of audio signal loudness, dynamic processing of audio signal.
6. Measurement on stereo coder for audio broadcasting.
7. Analysis of transport stream multiplex of digital video broadcasting.
8. Measurement on digital video broadcasting system with a test receiver.
9. Measurement of digital video signal with portable analyzer.
10. Measurement on transmitter of digital video broadcasting, RF signal parameters.
11. Quality assessment of television image in digital video broadcasting system.
12. Measurement of bit error ratio in digital video broadcasting, comparison of first and second system generations.
13. Alternate term.
14. Assessment.
1. Excursion - source processing of audio and video signals, broadcasting.
2. Excursion - source processing of audio and video signals, broadcasting.
MEASUREMENT:
3. Introduction to laboratory, occupational health and safety.
4. Signal sampling and reconstruction, sampling theorem.
5. Measurement of audio signal loudness, dynamic processing of audio signal.
6. Measurement on stereo coder for audio broadcasting.
7. Analysis of transport stream multiplex of digital video broadcasting.
8. Measurement on digital video broadcasting system with a test receiver.
9. Measurement of digital video signal with portable analyzer.
10. Measurement on transmitter of digital video broadcasting, RF signal parameters.
11. Quality assessment of television image in digital video broadcasting system.
12. Measurement of bit error ratio in digital video broadcasting, comparison of first and second system generations.
13. Alternate term.
14. Assessment.
Literature
1. FISCHER, W. Digital Video and Audio Broadcasting Technology. Heidelberg: Springer, 2010. 811 s. ISBN 978-3-642-11611-7
2. REIMERS, U. DVB: the family of international standards for digital video broadcasting. 2nd ed. Berlin: Springer, 2005. ISBN 354043545X.
2. REIMERS, U. DVB: the family of international standards for digital video broadcasting. 2nd ed. Berlin: Springer, 2005. ISBN 354043545X.
Requirements
Fundamentals in the field of signals and systems.
Digital Audio and Video Broadcasting - B2M37DTR
| Credits | 5 |
| Semesters | Winter |
| Completion | Assessment + Examination |
| Language of teaching | Czech |
| Extent of teaching | 2P+2L |
Annotation
The subject makes students familiar with topics related to video and audio transmission. Described are methods of data stream creation, methods of source and channel coding, error correction principles and modulation formats. Attention is paid to transmission systems standards with regard to transmission channel properties. The subject also deals with multimedia data services and with measurement in transmission systems.
Study targets
No data.
Course outlines
1. Overview of video broadcasting systems developments. Fundamental specifications of digital audio and video broadcasting systems.
2. Audio and video information content.
3. Overview of audio broadcasting systems developments, stereo broadcasting.
4. Video source coding methods.
5. Audio source coding methods. Program stream multiplex and transport stream multiplex.
6. Fundamentals of signal transmission, basic properties of transmission channel.
7. Error protection in digital audio and video broadcasting systems, convolutional and block codes, multilevel protection.
8. Modulation techniques in digital audio and video broadcasting systems. Single frequency network.
9. Modern standards of digital audio and video broadcasting.
10. Audio video signal quality assessment.
11. Data services in digital audio and video broadcasting systems.
12. Infotainment.
13. Video streaming. IPTV.
14. Alternate term.
2. Audio and video information content.
3. Overview of audio broadcasting systems developments, stereo broadcasting.
4. Video source coding methods.
5. Audio source coding methods. Program stream multiplex and transport stream multiplex.
6. Fundamentals of signal transmission, basic properties of transmission channel.
7. Error protection in digital audio and video broadcasting systems, convolutional and block codes, multilevel protection.
8. Modulation techniques in digital audio and video broadcasting systems. Single frequency network.
9. Modern standards of digital audio and video broadcasting.
10. Audio video signal quality assessment.
11. Data services in digital audio and video broadcasting systems.
12. Infotainment.
13. Video streaming. IPTV.
14. Alternate term.
Exercises outlines
SEMINARS:
1. Excursion - source processing of audio and video signals, broadcasting.
2. Excursion - source processing of audio and video signals, broadcasting.
MEASUREMENT:
3. Introduction to laboratory, occupational health and safety.
4. Signal sampling and reconstruction, sampling theorem.
5. Measurement of audio signal loudness.
6. Measurement on stereo coder for audio broadcasting.
7. Analysis of transport stream multiplex of digital video broadcasting.
8. Measurement on digital video broadcasting system with a test receiver.
9. Dynamic processing of audio signal.
10. Measurement on transmitter of digital video broadcasting.
11. Quality assessment of television image in digital video broadcasting system.
12. Measurement of bit error ratio and video quality of digital video broadcasting system.
13. Alternate term.
14. Assessment.
1. Excursion - source processing of audio and video signals, broadcasting.
2. Excursion - source processing of audio and video signals, broadcasting.
MEASUREMENT:
3. Introduction to laboratory, occupational health and safety.
4. Signal sampling and reconstruction, sampling theorem.
5. Measurement of audio signal loudness.
6. Measurement on stereo coder for audio broadcasting.
7. Analysis of transport stream multiplex of digital video broadcasting.
8. Measurement on digital video broadcasting system with a test receiver.
9. Dynamic processing of audio signal.
10. Measurement on transmitter of digital video broadcasting.
11. Quality assessment of television image in digital video broadcasting system.
12. Measurement of bit error ratio and video quality of digital video broadcasting system.
13. Alternate term.
14. Assessment.
Literature
1. FISCHER, W. Digital Video and Audio Broadcasting Technology. Heidelberg: Springer, 2010. 811 s. ISBN 978-3-642-11611-7
2. REIMERS, U. DVB: the family of international standards for digital video broadcasting. 2nd ed. Berlin: Springer, 2005. ISBN 354043545X.
2. REIMERS, U. DVB: the family of international standards for digital video broadcasting. 2nd ed. Berlin: Springer, 2005. ISBN 354043545X.
Requirements
Fundamentals in the field of signals and systems.