AZTUProgrammes

Subject · Radio engineering and telecommunication engineering

Beynəlxalq radiorabitə və radiomübadiləTopics

İFS-2272y4 creditsSpring semesterMandatory2025-2026

Topic plan

The subject's topics and the learning outcomes attached to each one.

15 topics

  1. 1. Introduction. classification of radiocommunication systems and networks. a generalized structural scheme, construction principles and classification of radio communication systems are given.

    Lecture

  2. 2. Basic parameters and characteristics of communication channels. basic energy expressions for radio communication systems and networks are given, the effect of multiradiation on signal propagation in space is studied.

    Lecture

  3. 3. Radio relay lines. the main elements of the theory of radio relay communication, the principles of the general construction of radio relay lines, the types of stations, the output capacity of the barrel and the frequency distribution plan are studied.

    Lecture

  4. 4. Shanvari radio communication networks. the general principles of the construction of wireless communication networks, the elements of the wireless network theory, the technology and architecture of the GSM wireless communication system are studied.

    Lecture

  5. 5. Wireless computing networks. the general provisions of the structure of wireless computing networks, technologies and architectures of wireless computing networks are studied.

    Lecture

  6. 6. Wi-fi technology. the principle of wi-fi network construction and IEEE 802.11 chapter standards are studied.

    Lecture

  7. 7. Satellite radio communication networks. the general provisions of establishing satellite communication networks, the composition and main characteristics of PRS for communication with moving objects, the types of orbits used in PRS and satellite communication systems are studied.

    Lecture

  8. 8. The principle of building radio communication networks and switching methods. information sharing (distribution) network and its elements switching of channels and packets in IKM transmission systems

    Lecture

  9. 9. Design and operation of radio communication systems and networks. the issues of designing WLAN networks and designing smart communication systems are studied.

    Lecture

  10. 10. Physical foundations of television. the chronological table of the history of television, the physical foundations of television, the basic principles of television, and the analysis and synthesis of images are studied.

    Lecture

  11. 11. Characteristics of human vision and TV system parameters.

    Lecture

  12. 12. Selecting a frame format. the problems of determining the number of lines and choosing the number of frames per second are studied.

    Lecture

  13. 13. The brightness of the television image. contrast and brightness degrees (steps) of the image are studied.

    Lecture

  14. 14. Image signal characteristics. the nature and characteristics of the image signal and the frequency spectrum of the image signal are studied.

    Lecture

  15. 15. Dvb-s/s2, dvb-t/t2, dvb-c standards. digital satellite television standards dvb-s, dvb-s2 and dvb-s2x, digital broadcast television standards dvb-t, dvb-t2, digital cable television standards dvb-c, dvb-c2, advantages of dvb-t, digital TV broadcasting (dvb-t/t2), digital TV broadcasting devices, receiver, converter devices and antennas, antennas for digital TV reception and their installation are studied.

    Lecture