Subject · Electronics, telecommunications and radio engineering

Telekommunikasiya şəbəkələrinin arxitekturuTopics

MS-40016 creditsAutumn semesterMandatory2025-2026

Topic plan

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

15 topics

1. Introduction: subject objectives and key concepts introduction to the subject, its objectives and key telecommunication concepts. practical session: general overview of the subject and group discussion on basic principles of telecommunications.
Lecture
2. Telecommunication networks an overview of telecommunication networks, their types and components. analysis of different network types and their components.
Lecture
3. Mobile and wireless networks. access to mobile and wireless networks, including cellular and wi-fi technologies. hands-on: hands-on activities on configuring mobile and wireless networks.
Lecture
4. Ngn – next generation networks study of next generation networks (ngn) and their advantages. explanation of NGN technologies and architecture through case studies.
Lecture
5. Cloud-based telecommunications architecture cloud-based network architectures and their scalable advantages. hands-on exercise: hands-on exercises related to cloud-based networks and virtualized services.
Lecture
6. Network architecture and models an examination of network models such as OSI and tcp/ip. group work on applying OSI and tcp/ip models to network scenarios.
Lecture
7. Physical level and transmission environment the study of the physical level of networks and the transmission environments used. practical exercise: practical work with different transmission media (optical fiber, copper, wireless).
Lecture
8. Optical cables: a key element of network architecture. study of optical cables and their role in high-speed transmission. laboratory exercise on optical fibers and their installation.
Lecture
9. Optical amplifiers. an overview of optical amplifiers used to increase signal strength. practical exercise: practical experiments on optical amplifiers and their application in networks.
Lecture
10. Optical transmission systems in telecommunication networks (sdh, pdh) study of SDH and PDH optical transmission systems. sdh/pdh transmission systems and data analysis.
Lecture
11. Optical transmission systems in telecommunication networks (sdh, pdh) study of SDH and PDH optical transmission systems. sdh/pdh transmission systems and data analysis.
Lecture
12. Internet networks and IP telephony. access to internet networks and voice over IP (voip) technology. practical exercise: practical configuration of IP telephony systems.
Lecture
13. Volya
Lecture
Volya is a mental process that ensures conscious overcoming of difficulties and achievement of set goals.
14. Information security in telecommunication networks information security in networks, including encryption methods.
Lecture
15. 5g and future mobile networks development of mobile networks, study of 5g technologies and their main features. practical exercise: simulation of 5g network components and analysis of their capabilities in real applications.
Lecture

Telekommunikasiya şəbəkələrinin arxitekturuTopics

Topic plan

1. Introduction: subject objectives and key concepts introduction to the subject, its objectives and key telecommunication concepts. practical session: general overview of the subject and group discussion on basic principles of telecommunications.

2. Telecommunication networks an overview of telecommunication networks, their types and components. analysis of different network types and their components.

3. Mobile and wireless networks. access to mobile and wireless networks, including cellular and wi-fi technologies. hands-on: hands-on activities on configuring mobile and wireless networks.

4. Ngn – next generation networks study of next generation networks (ngn) and their advantages. explanation of NGN technologies and architecture through case studies.

5. Cloud-based telecommunications architecture cloud-based network architectures and their scalable advantages. hands-on exercise: hands-on exercises related to cloud-based networks and virtualized services.

6. Network architecture and models an examination of network models such as OSI and tcp/ip. group work on applying OSI and tcp/ip models to network scenarios.

7. Physical level and transmission environment the study of the physical level of networks and the transmission environments used. practical exercise: practical work with different transmission media (optical fiber, copper, wireless).

8. Optical cables: a key element of network architecture. study of optical cables and their role in high-speed transmission. laboratory exercise on optical fibers and their installation.

9. Optical amplifiers. an overview of optical amplifiers used to increase signal strength. practical exercise: practical experiments on optical amplifiers and their application in networks.

10. Optical transmission systems in telecommunication networks (sdh, pdh) study of SDH and PDH optical transmission systems. sdh/pdh transmission systems and data analysis.

11. Optical transmission systems in telecommunication networks (sdh, pdh) study of SDH and PDH optical transmission systems. sdh/pdh transmission systems and data analysis.

12. Internet networks and IP telephony. access to internet networks and voice over IP (voip) technology. practical exercise: practical configuration of IP telephony systems.

13. Volya

14. Information security in telecommunication networks information security in networks, including encryption methods.

15. 5g and future mobile networks development of mobile networks, study of 5g technologies and their main features. practical exercise: simulation of 5g network components and analysis of their capabilities in real applications.