• Leonid Uryvsky Telecommunication Systems Department of Igor Sikorsky Kyiv Polytechnic Institute, Ukraine
  • Andriy Korniienko Telecommunication Systems Department of Igor Sikorsky Kyiv Polytechnic Institute, Ukraine
  • Bohdan Shmigel Telecommunication Systems Department of Igor Sikorsky Kyiv Polytechnic Institute, Ukraine



speed, message source, reliability, noise immunity


Background. The direction of development of modern electronic communication systems tends to increase the speed of information transmission. In turn, increasing the speed requires the use of additional resources of the communication channel and tools to maintain the specified reliability of the transmission under limited conditions. But resources are not free. That is why there is a need to establish a relationship between the conditions for reliable transmission in high-speed channels and the spectral and energy parameters of the information transmission system.

Objective. The purpose of the paper is to analyse and describe the effect of block noise-tolerant coding on the rate of transmission of symbols in the communication channel while ensuring the required reliability of information transmission at a constant speed of the message source by increasing the frequency involved.

Methods. The initial stage of the study is the presentation of system parameters in case of inaccurate transmission. Then a block redundant code is synthesized, which ensures the reliability of information transmission and the procedure of spreading the spectrum at a fixed speed of the message source is performed.

Results. Recommendations on the method of selecting coding parameters in the procedure of spreading the spectrum and provided that the speed of the message source is constant are formed.

Conclusions. Analysis of the possibilities of noise-tolerant coding at different energies of the communication channel under conditions of increasing the channel transmission rate at a fixed speed of the message source.

Keywords: speed; message source; reliability; noise immunity.


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