Serhii Zlepko

Doctor of Technical Sciences, Professor

Vinnytsia National Technical University

21021, 95 Khmelnytske Shose Str., Vinnytsia, Ukraine

Development of software for information technology for psychophysiological selection of candidates for contract service

03.12.2010

Serhii Zlepko, Serhii Tymchyk, Dmytro Shtofel
  • Keywords military service contract, program protection, testing of candidates for service

Principles of physical and mathematical modeling of non-invasive methods of diagnosing human health

10.12.2013

Iosyph Stentsel, Sergii Pavlov, Serhii Zlepko
  • Keywords biological organism, diagnosis, condition, transport phenomena, flow switch, flow, accuracy, control, time, source, radiator

Evaluation of metrological characteristics of a photoplethysmographic device for diagnosing the state of peripheral circulation

05.04.2016

Serhii Zlepko, Tetiana Kozlovska, Vladyslav Stasenko, Volodymyr Pavlov, Viktoriia Dumenko
  • Keywords metrological characteristics, peripheral circulation, photoplethysmographic device

Assessment of image quality of macular retinal tomograms

04.12.2017

Sergii Pavlov, Iosyph Saldan, Serhii Zlepko, Leonid Tymchenko, Dina Vovkotrub , Nataliia Kokriatska , Dmytro Stepaniuk
  • Keywords correction of brightness of the image, method of unsteady masking, median filtration, adaptive Venerian filtration

Method for extracting contours from biomedical images using filters and criteria for their effectiveness

Method of pre-processing tomografic images of the fundus

08.08.2019

Sergii Pavlov, Iosyph Saldan, Serhii Zlepko, Alexey Azarov, Leonid Tymchenko, Liudmyla Abramenko
  • Keywords biomedical images, macular changes, nonlinear filtration
  • DOI https://doi.org/10.31649/1999-9941-2019-45-2-4-12

Optical-electronic technologies of evaluation of change of peripheral circulation at photon influence for complex treatment of chronic diagnosis

08.08.2019

Serhii Zlepko, Anatoliy Korobov, Waldemar Wojcik, Andriy Klaupoushak, Volodymyr Pavlov, Tetiana Kozlovska, Zhanna Khomenko
  • Keywords photoplethysmogram, optical sensors, photon radiation, physiotherapy effect, diabetes mellitus
  • DOI https://doi.org/10.31649/1999-9941-2019-45-2-13-24