Infopaket

Telecommunication networks

ВБ 2.06

Вибіркова дисципліна для ОП

First

2022/2023

5 Semester

7

Acquaintance of students with the main methods and models used in physical and telecommunication science, physical and telecommunication concepts studied and illustrated by applications in the research and development of radio technical means, production and maintenance of devices, systems and nodes for generation, formation, control, radiation, receiving and processing signals in telecommunication networks in a wired/wireless channel and their architecture.

Full-time form

Be able to: run application software tools and manage them based on a graphical user interface, navigate the file system of any OS. Know: the basic principles of building telecommunication systems; principles of data exchange in telecommunication systems and implementation of distributed systems; main telecommunication and network technologies and their development trends; principles of ensuring information security.

Topology of networks. Network software. TCP/IP & OSI reference models. Physical layer and data channel layer. Protocols and network in the TCP / IP model. Theoretical foundations of data transmission. Channel layer and network layer. TCP, UDP, DNS and some important concepts. Telephone and transmission systems. Mobile communication – GSM. GSM network architecture. Mobile radio systems. Design of a cellular concept-system. Small-scale multipath propagation. Delay propagation fading effects with multipath delay. Network infrastructure and LTE elements. Network architecture and protocols. Access to the downlink. Physical layer in LTE.

1) Andreas F. Molisch. Wireless Communications: From Fundamentals to Beyond 5G. - 3 rd ed. // ISBN: 978-1-119-11720-9/ 2022/ Wiley-IEEE Press. 1008 Pages. 2) Harri Holma and Antti Toskala. LTE for UMTS: OFDMA and SC-FDMA Based Radio Accsess. // ISBN 978-0-470-99401-6/2009/ Wiley-IEEE Press. 450 Pages. 3) Freeman, Roger L. Fundamentals of telecommunications / by Roger L. Freeman. – 2nd ed. // ISBN 0-471-71045-8 (cloth)/2005/ Wiley-IEEE Press. 705 Pages.

Lectures - 60 hrs, laboratory work - 28 hrs, practical lessons - 16 hrs, consultations - 1 hr, independent work - 105 hrs, total - 210 hrs.

The overall assessment during the semesters is based on the sum of the evaluation of the results of laboratory work - a maximum of 40 points in the 4th semester and 60 points in the 5th semester, individual calculation and graphic works (RGR) based on the materials of practical classes in the 4th semester - a maximum of 5 points. Another form of control in the 4th semester is the writing of a written test based on the materials of practical classes - a maximum of 15 points. In general, each semester is evaluated, up to a maximum of 60 points. The fourth semester ends with a test, and the fifth with an exam. The maximum score that can be obtained during the assessment (exam) is 40 points.

Ukrainian