NURE Kharkiv national university of radioelectronics

Department of Media Engineering and Information Radio Electronic Systems

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Okcana Kharchenko

Okcana Kharchenko
Associate Professor of the Department of Media Engineering and Information Radio Electronic Systems, PhD, Senior Researcher

oksana.kharchenko@nure.ua

ORCID iD

Scopus

ResearcherID

Education and Career

In 1980 graduated Department of Multichannel Communications, Moscow Technical University of Communication and Informatics.

Since 1981 to 2017 – Kharkov Institute of Radioelectronics. Kharkov High Military College of Radioelectronics. Engineer, Kharkiv Military University, Engineer. Naval Academy by of P.S. Nakhimov. Professor of Radioelectronics and telecommunications department.

Since 2017 – Doctorant Department of Media Engineering and Information Radioelectronic Systems (MEIRES) KhNURE

Since 2019 – Associate Professor of the Department of Media Engineering and Information Radio Electronic Systems KhNURE.

Academic degrees and titles

Senior scientific researcher – 2008.

Doctor of Philosophy (specialty 05.12.17 – radio engineering and television systems) – 2007.

Educational activity

Education courses: Mathematical Methods of Operations Modeling, Computer graphics,  Information Technology security, Theory of mass service, Mathematical Methods of Operations Research, Digital Signal Processing

Research activities

Signal processing in radio systems: Mathematical Methods of Signals Standing out from Background High-intensity Noise, Biomedical Information Processing, Signals Processing, Information Technologys, Coding and Information Theory, Nonlinear filtering and the effect of stochastic resonance.

Awards

The winner of the competition of the Ukraine Ministry of defense «The Best Invention of the Year» – 2011.

Publications and patents

90 papers, books, 4 patents.

Main publications:

scientific and educational

  1. Chumakov V.I., Pososhenko V.A., Kharchenko O.I., Basetskiy V.L. Signal receiving and processing. Kharkov: KhNURE. –296 p.
  2. Chumakov V.I., Pososhenko V.A., Kharchenko O.I. Analysis of selective amplifiers of receivers. Kharkov: KhNURE. –2011.–96 p.
  3. Chumakov V.I., Taranchuk A.A., Kharchenko O.I. Calculation of radioautomatics devices with using of Mathcad. – Khmelnitsky: Khmelnitsky National University,–124 p.
  4. Gritsunov A.V, Chumakov V.I., Kharchenko O.I. Secure information technology. – Sevastopol: Naval Academy by of P.S. Nakhimov, –227 p.
  5. Chumakov V.I., Pidchenko S.K., Taranchuk A.A., Kharchenko O.I. Radioelectronics telecommunication devices. Radiofrequency amplifiers of receivers. – Khmelnitsky: Khmelnitsky National University,–163 p.

articles

  1. Kalman filtering of a frequency instability based on Motorola Oncore UT GPS timing Signals / O.E.Rudnev, Yu.S.Shmaliy, O.I. Kharchenko, E.J.Sokolinskiy, A.Yu.Shmaliy / 13-th European Frequency and Time Forum 1999 Frequency Control Symposium, Besansoon, France, 12-16 April, 1999.
  2. Sedishev P.Yu., KharchenkoI. The recursive methods of data processing in small baselenghts angle – range – difference – measurement passive radars // Telecommunication and Radio Engineering, 2003, V.59, No.5,6, p.118-126.
  3. Results of visual investigations of the magnetoplasma compressor emission in air / Ya. Volkolupov, M.A. Krasnogolovets, M.A. Ostrizhnoi, V.G. Nesterenko, O.I. Kharchenko, V.I. Chumakov / Technical Physics, 2001, vol. 46, no. 8, pp. 1040-1044.
  4. BolotovN., Tkach Yu.V., Tkach V.Yu., Kharchenko O.I. Fractal signals sorting against different disturbing signals // Microwave and Telecommunication Technology, CriMiCo 2002. 12th International Conference.
  5. KharchenkoI., Chumakov V.I. Legitimate signal separation using stochastic resonance method // Microwave & Telecommunication Technology, 2009. CriMiCo 2009. 19th International Crimean Conference.- 14-18 Sept. 2009, Sevastopol, Р. 709 – 710.
  6. KharchenkoI., Chumakov V.I. Enhancement of signals on the background of high-intensity noise via nonlinear transformations // 21st International Crimean Conference Microwave and Telecommunication Technology (CriMiCo), Volume 2, Sevastopol, Ukraine, 2011. P.1120-1122.
  7. Kharchenko O., Tyutyunnik V. Analysis on the Basis of Volterra Series Signal–To–Noise Ratio of Nonlinear Device in the Conditions of the Stochastic Resonance Effect // Journal of Electrical and Electronic Engineering, 3, No. 3, 2015, pp. 25-29. doi: 10.11648/j.jeee.20150303.11
  8. Generation of metal nanoparticles based on the effect of electrical exploding wires / Demiokhin V.B., ChumakovI., Stolarchuk A.V., Ostrizhnoi M.A., Kharchenko O.I., Alexandrova D.I. / Microwave & Telecommunication Technology, 2015. CriMiCo 2015. 25th International Crimean Conference, 6–12 Sept. 2015.
  9. KharchenkoI. Simulation of the Stochastic Resonance Effect in a Nonlinear Device // Global Journal of Researches in Engineering -F Volume 15 Issue 7 Version 1.0 September 2015.-p.19-23

patents

  1. A method for evaluaiting the degree of interhemispheric asymmetry of bioelectric potentials of the brain / О.І. Kharchenko, Yu.I Voloshchuk, V.I. Chumakov, V.I. Sukhorukov, L.P. Zabrodina / of Ukraine №36747, 10.11.2008, bul. №21.
  2. A method for evaluating the degree of interhemispheric asymmetry of bioelectric potentials of the brain / О.І. Kharchenko, M. Kravchenko, V.I. Chumakov, V.I. / Pat. of Ukraine №46359, 25.12.2009, bul. №24.
  3. Pulse sterilizer of Ukraine № 104719. / V.I. Chumakov, M.O. Ostrizhniy, O.V.Stolarchuk e.a. 2016.