elements of cellular networks, a functional diagram of a cellular communication system, a personal radio call network, standardization in the field of telecommunications, a mobile station, a brief history of the development of mobile communication systems, a communication center. The construction of radio access networks, multiple access methods, the formation of channels in cellular networks, ways to increase the capacity of a cellular communication system.

The purpose of studying the discipline is to familiarize students with the laws of telecommunication construction. The discipline contains important sections on the design, electrical, optical and physico-mechanical characteristics of communication lines, their design, construction and technical operation. As a result of the training, the student develops the competence of a future communications engineer who owns modern technology for building a fiber-optic communication line.

The purpose of this discipline is to study the principles of signal transmission fiber-optic communication lines. As a result of the training, the student will be able to take part in the construction of a terminal station, an intermediate station, configure signal transmissions via fiber light guides, carry out installation work on optical fibers transmitting optoelectronic components, analyze radiation sources, laser diodes, the main parameters of radiation sources, receiving optoelectronic components.

The purpose of the discipline is the formation of students' theoretical knowledge and practical skills on how to build radio relay and satellite information transmission systems for various purposes. The discipline focuses on the study of the range, frequency range of radio relay and satellite transmission systems. As a result of the training, the student will be able to use design techniques, evaluate the quality indicators of radio relay and satellite transmission systems.

The purpose of mastering the discipline is to study digital methods of information transmission, the principles of building multi-channel digital transmission systems, analog-to-digital and digital-to-analog converters, time group formation equipment, linear paths, the basic principles and patterns of noise-resistant and secure information exchange and the method of their implementation in multi-channel telecommunication information transmission systems.

Formation of knowledge in the field of access of users and subscribers to communication nodes of modern transport networks for the provision of telecommunication services. Studying and mastering methods and skills of using the existing infrastructure of low-frequency copper lines to provide access to narrow-band and broadband services of subscriber lines based on a network of fiber-optic lines, in which signals can be transmitted at high speeds over relatively short distances from tens and hundreds of meters to several kilometers. Studying and mastering methods and skills using radio access technologies RLL (Radio Local Loop) for fixed and mobile, narrowband and broadband access.

The purpose of this discipline is to study various telecommunication guiding media and their features, and the main tasks are to study the theory, designs and characteristics of guiding media in order to apply their optimal designs on various communication networks based on the determination of their throughput. In addition, the purpose of teaching the discipline is to familiarize students with Russian and international standards and regulatory documents in the field of telecommunications and the prospects for the development of telecommunication guiding media.

Basic concepts of the foundations of physical and quantum optics. Maxwell's equations (in integral and differential forms). Equations of boundary conditions for the vectors of the electromagnetic field. Optical quantum generators and their types. The main properties of laser radiation. Nonlinear optics and nonlinear polarization of the medium

study of the principles of construction and operation of switching systems and telecommunication networks; the principles of numbering, planning, design and operation features of digital switching systems and telecommunication networks.

Basic concepts of the foundations of physical and quantum optics. Maxwell''s equations (in integral and differential forms). Equations of boundary conditions for the vectors of the electromagnetic field. Optical quantum generators and their types. The main properties of laser radiation. Nonlinear optics and nonlinear polarization of the medium

The purpose of the discipline is to form students' basic knowledge about the general principles of building communication networks. The discipline contains important sections on modern communication networks, access of users and subscribers to communication nodes of transport networks for the provision of telecommunication services. As a result of studying the disciplines, the student will be able to provide services and use different technologies, such as xDSL, HDSL, ADSL, VDSL.