Research

Current research
«Models, methods and information technologies of research of processes and systems in the construction industry» (2021 – 2023, State Registration № 0121U111058).
More

Past research
Research and development of primary transducers for spatial orientation information-measuring systems in construction objects (2016-2020).
More

Research and development of computer systems for spatial orientation of moving objects and improvement of their components' efficiency (2011-2015, State Registration № 0111U006480).
More

Development of inclinometric devices for monitoring spatial orientation of wells and controlling drilling equipment (2009-2010, State Registration № 0109U001403).
More

Development of scientific foundations and implementation of devices, improvement of technical characteristics of converters using mathematical processing of measurements (2005-2008, State Registration № 0106U005340).
More

Improvement of efficiency, reliability, and durability of construction machinery, mechanisms, equipment, components, and computing devices (2004, State Registration № 0105U002262).
More

Expertise Summary

Cognitive measurements in intelligent monitoring systems of infrastructure objects.

Publications

1. Artem Basko / Artem Basko, Olena Ponomarova and Yurii Prokopchuk // International Journal of Prognostics and Health Management. – 2021. – 12 No. 2. https://papers.phmsociety.org/index.php/ijphm/article/view/3015 (Scopus/WoS).

2. Stević. Modelling, simulation and optimisation of pulse-reverse regime of copper, silver and gold electrodeposition/ Stević, Z., Vlahović, M., Martinović, S., (…), Ponomaryova, E., Volkov-Husović, T.// International Journal of Materials Research. – 2018. – Vol. 109, No. 6 : Pages 514-521 . http:// www.hanser-elibrary.com/doi/pdf/10.3139/146.111636

3. Басько А.В. Методологія проектування автоматичної системи структурного моніторингу технічного стану будівель та споруд / А.В. Басько, О.А. Пономарьова// Вісник Вінницького політехнічного інституту. – 2022. – №4. – С.64-71. № 4 (2022) | Вісник Вінницького політехнічного інституту (vntu.edu.ua)

4. Пономарьова О.А. Застосування можливостей хмарних технологій в якості платформи комунікаційного середовища у науковій діяльності ЗВО. / О.А. Пономарьова, С.М. Пономарьов// Економічний простір. – 2021. – №173. – С. 93-97.

5. Пономарьова О.А. Автоматична система обліку та аналізу продукції / О.А. Пономарева, А.В. Басько // Будівництво, матеріалознавство, машинобудування. Серія: Комп’ютерні системи та інформаційні технології в освіті, науці та управлінні. – 2018. – №106. – С.178-183.

6. Ponomaryova Elena. METHOD FOR INCREASING THE RELIABILITY OF INCLINOMETRIC TELEMETRY SYSTEMS FOR DRILLING OIL AND GAS WELLS  / Elena Ponomaryova, Sergey PONOMARYOV // Renewable Electrical Pover Sources: міжнародна наукова конференція, 15 жовтня  : доповідь. – Beograd, 2021. – C. 369 –373.

7. Basko Artem. INCREASING FAULT TOLERANCE OF ADC AD7799/ Artem Basko, Elena Ponomaryova // Renewable Electrical Pover Sources: міжнародна наукова конференція, 16 жовтня 2020.: доповідь. – Beograd, 2020. – C. 287 –291.

8. Ponomaryova Elena. SENSOR OF SIGHT ANGLE USING AEROSTATIC SUSPENSIONS IN THE SUPPORTS OF ITS AXES / Elena Ponomaryova, Sergey PONOMARYOV // Renewable Electrical Pover Sources: міжнародна наукова конференція, 17-18 жовтня 2019.: доповідь. – Beograd, 2019. – C. 235 –241.

Monograph
S.M. Ponomarov, O.A. Ponomarova, G.O. Lukashuk, I.V. Ryzhkov. Development of methods for increasing the efficiency of computer systems for monitoring the spatial position of objects: collective monograph. Dnipro: Jourfond, 2023 – 182 p.

Courses

1. Operating systems
The academic discipline is aimed at providing students with knowledge of how modern operating systems are designed and practical skills for working with modern UNIX-like operating systems. The architecture and structure of operating systems, the main subsystems, possible algorithms, and ways of implementing resource management tools are studied.

2. Computer graphics (3D modeling)
The academic discipline is aimed at studying the mathematical and algorithmic foundations of computer graphics, as well as mastering software development tools for visualizing complex three-dimensional scenes.

3. Multimedia technologies
The academic discipline is aimed at equipping learners with a comprehensive knowledge of multimedia technologies, modeling systems and methods, storage and reproduction of textual, graphical, audio, and video information, their components, as well as acquiring practical skills and theoretical knowledge based on these, necessary for a creative approach in their future professional activities.

4. Cloud computing
The academic discipline is aimed at introducing students to the basics of theoretical concepts related to cloud technologies, as well as acquiring practical skills in programming languages to create cloud-based software applications.

5. Computer Circuit Design and Computer Architecture
The academic discipline aims to provide a comprehensive knowledge base and develop skills, as well as acquire practical knowledge of the principles and construction of computer devices and their use in information systems.

6. Image Processing Methods and Computer Vision
The academic discipline aims to familiarize students with modern image processing methods, the basics of compression and merging of images based on transformations, and practical skills in using methods of spatial filtering of rasters and Fourier transformation for improving and restoring images, as well as identifying and recognizing various objects.

7. Innovative technologies
This academic discipline aims to introduce students to the possibilities of modeling any environment and the safe implementation of digital twins with the ability to scale and connect resources such as IoT devices and existing business systems. It also covers the use of a reliable event system for creating dynamic business logic and data processing, integration with data, and the use of analytics and online things to track past periods and forecast the future.