CODE DIVISION MULTIPLEXING IN TIMER SIGNALS

Authors

  • Mykola V. Zakharchenko Odessa National Academy of Telecommunications named after O. S. Popov
  • Yurii S. Horokhov Odessa National Academy of Telecommunications named after O. S. Popov
  • Anton S. Kril Odessa National Academy of Telecommunications named after O. S. Popov
  • Serhii V. Kovalchuk Odessa National Academy of Telecommunications named after O. S. Popov

DOI:

https://doi.org/10.33099/2311-7249/2015-24-3-38-42

Keywords:

timer signals, multiplexing.

Abstract

In the paper the analysis of position correcting codes are given, a number of additional elements defined by the Varshamov-Hilbert boundary with the specified values of the informational element (m) and signal distance (d) is set, boundaries of additional elements number for the fixed m are defined. The value of maximum data rate with the fixed boundaries is defined. It is shown that the power of two sources message sum multiple of equal element base  with channel character set which provides sequential transmission of polynomial coefficient corresponding to generic code word length  creating M multiple of  power, providing information capacity of each code word  with one Nyquist element  bit. Considering the main disadvantage of position coding – element multiplicity of the Nyquist distance between adjacent modulation moments in operation for presenting inter-symbol interference absence is proposed to define instead of , where z – integer to present, s – integer that provided power increasing the implementation of different signal constructions at the interval .

Author Biography

Mykola V. Zakharchenko, Odessa National Academy of Telecommunications named after O. S. Popov

Doctor of Technical Sciences, Professor

References

Zakharchenko M.V. (2014), Data transfer systems: a manual for students of technical schools who are studying trends: 6.050903 Telecommunications; 6.050904 Network and system of postal communication. [Sistemi peredavnnya danih: navch. posib. dlya studentiv vi-schih tehnichnih navchalnih zakladіv, yaki navchayutsya za napryamami: 6.050903 Telekomunikatsiyi; 6.050904 MerezhI ta sistemi poshtovogo zv’yazku].

Zakharchenko M.V., Kildishev V.Y., Martynova O.M., Ilin D.Yu., Trintina N.A. (2014), Radio Engineering Efficiency block coding [Radiotehnika – EfektivniIst blokovogo koduvannya], ONAT, O.S Popov, Odessa.

Zakharchenko M.V., Hadzhiiev M.M., Khomych S.V., Kucherenko M.P. (2012), The effectiveness of corrective TSC bilateral transmission systems. [Efektivnist koreguyuchix TSK v odnostoronnih sistemah peredachi], Eastern European advanced technology magazine. No. 1/9 pp. 33–36.

Zakharchenko M. V. Hadzhyev M.M., Rusalovskaia A.A. (2013), Channel capacity in the timed signal constructions. [Propusknaya sposobnost kanalov pri taymernih signal-nih konstruktsiyah], Materials of XII International Scientific Conference ONAT. O.S Popov, pp. 186–188

Published

2015-12-29

Issue

Section

Theoretical Foundations of Information Technologies Creation and Using