Educational and methodical work of the department

This manual contains brief theoretical information, as well as methods for solving typical problems and control problems, which students must solve both in practical classes and independently to consolidate the theoretical material.

The manual examines the tasks related to engineering calculations of information characteristics of message sources and communication channels, as well as calculations of the quality of transmission of various information through communication channels, and which arise before operating engineers of existing transmission systems in railway transport.

Bataev O., Kovtun I., Koroleva N. Theory of electrical communication. Education Manual. – Kharkiv: UkrSART, 2010. – 630 p.

The tutorial contains detailed information about messages, signals, interference, spectral and correlation analysis of deterministic signals and random processes, various signal transformations.

The main characteristics of communication channels are given, taking into account the increase in their efficiency. The basics of optimal reception of discrete and continuous signals, the basics of information theory and interference-resistant coding are outlined. The principles of signal distribution in multi-channel transmission systems are given.

Panchenko S., Prykhodko S., Zhuchenko O., Shtompel M. IP protocol. Static routing in IP networks. Education manual – Kharkiv: UkrSURT, 2017. – 110 p.

The educational material presented in this manual is part of the relevant subdivisions of the educational disciplines “Telecommunications and information networks”, “Integrated digital communication networks”, which are taught at the “Transport communication” department of the Ukrainian State University of Railway Transport.

Panchenko S., Prykhodko S., Pozdniakova L., Yelizarenko A. Technical and economic justification of project solutions for telecommunications in railway transport. Education manual – Kharkiv: UkrSURT, 2016. – 128 p.

The main provisions of the technical and economic justification of project decisions in the field of telecommunications on railway transport are outlined. In addition to the general theoretical provisions regarding the determination of technical and economic efficiency, applied tasks of carrying out specific calculations during the implementation of diploma projects are considered.

Alyoshin G., Panchenko S., Prykhodko S. Radio automation in communication systems. Textbook – Kharkiv: UkrSURT, 2019. – 183 p.

This textbook contains new methodological approaches to outline the essential directions of using automatic control systems (ACS) in telecommunication systems, in revealing from new positions the essence and quality of action of functional elements of AAC, especially signal parameter difference meters. The main focus is on simplifying the teaching of traditional ideas and concepts of linear circuits, their use in radio electronics, schematic construction for various purposes.

Panchenko S., Prykhodko S., Zhuchenko O., Shtompel M. Dynamic routing in IP networks. OSPF protocol. Education manual – Kharkiv: UkrSURT, 2018. – 209 p.

The educational material presented in this manual is included in the relevant subdivisions of the educational disciplines “Telecommunications and information networks”, “Integral digital communication networks”, “Integral technological communication networks”, “Network technologies”, “Computer-integrated technologies” taught at the Department of “Transport Communication” of the Ukrainian State University of Railway Transport.

Panchenko S., Prykhodko S., Zhuchenko O., Shtompel M. STP protocol. Education manual – Kharkiv: UkrSURT, 2017. – 72 p.
The educational material presented in this manual is part of the relevant subdivisions of the educational disciplines “Telecommunications and information networks”, “Integrated digital communication networks”, which are taught at the “Transport communication” department of the Ukrainian State University of Railway Transport.

Electrical engineering and electromechanics of railway automation systems. / M. Babaev, M. Davydenko, G. Zaharii, Yu. Sobolev, V. Blyndiuk, O. Progonny, O. Ananieva, K. Trubchaninova. Textbook. – Kharkiv: UkrSURT, 2011. – 608 p.

The basics of the theory of electric circuits of direct and alternating current (both linear and non-linear), the basics of the theory of magnetic circuits, methods of analyzing circuits in the frequency and time domains, theoretical bases of operation and methods of calculating circuits with concentrated and distributed parameters: two-pole, four-pole, long lines are explained . The theory and construction of LC-, RC- and ARC-filters, solid-state resonator filters, as well as correctors of amplitude-frequency and phase-frequency characteristics of communication devices and automation are considered.