Kolisnyk (Piskachova) Maryna Oleksandrivna

PhD, Associate Professor, Department of computer systems, networks and cybersecurity Faculty of radioelectronics, computer systems and infocommunications National aerospace university «KhAI»

m.kolisnyk@csn.khai.edu

 

Author's profile in scientometric databases:

ORCID: 0000-0003-0374-1165,

Scopus Author ID: 57193493044,

https://publons.com/researcher/2061279/maryna-kolisnyk/

ResearcherID: N-8146-2017,

https://scholar.google.com/citations?hl=en&user=kzAqZKUAAAAJ

 

Education:

She graduated with honors from the Ukrainian State University of Railway Transport in 2003 with a degree in 151 - Automation and Automation. From 2003 to 2007 - a full-time graduate student of the Department of Transport Communications.

In 2007 she defended her dissertation for the degree of Candidate of Technical Sciences in specialty 05.12.02 - telecommunications systems and networks, on "Improvement of control methods and technical diagnostics to increase the reliability of control devices for digital switching systems." In 2011 she received the academic title of associate professor.

Developed new courses "Measurements in digital transmission systems", "Reliability of technical systems", "Models and methods of optimization in telecommunications systems", "Business process automation", "IT in the practice of research", "Processing and analysis of research results for with the help of IT ”.

In 2018 she entered the doctoral program of KHAI, specialty 05.13.06 - information technology.

Laureate of the Prize of the President of Ukraine (2020).

Research grants:

1) Erasmus+ ALIOT project. The name of project is ALIOT, which is acronym from official name “Internet of Things: Emerging Curriculum for Industry and Human Applications” (reference number 573818-EPP-1-2016-1-UK-EPPKA2-CBHE-JP), 2016-2019 рр. - виконавець;

2) Horizon 2020 Project: ECHO (the European network of Cybersecurity centres and competence Hub for innovation and Operations), 2019-2023 рр.

 

Research interests:

  • Reliability and technical diagnosis.
  • Cybersecurity of data networks.
  • Internet of Things, Industrial Internet of Things.
  • Predictive analytics.
  • Digital twins.

 

Social activities: 

  • Coordinator of the Kharkiv Regional Center Industry 4.0 on the basis of KHAI.
  • Member of the public organization UNITA.

 

Providing academic disciplines:

  • «Theory of information and coding».
  • «Technologies of development of safety wireless and mobile systems».
  • «Processing and analysis of scientific research results with using ІТ».
  • «ІТ in practice of scientific research».

 

Publications:

 Author of more than 80 scientific and educational publications, including Scopus and foreign publications.  

Мonographs

1. Kharchenko V.S., Kolisnyk M.O. “Standards overview and harmonization in IoT context.” Internet of Things for Industry and Human Application. In Volumes 1-3. Volume 1. Fundamentals and Technologies / V. Kharchenko, M. Kolisnyk et al; Kharchenko, V. (edits). Ministry of Education and Science of Ukraine, National Aerospace University KhAI, 2019. pp. 108-110.

2. Kharchenko V.S., Kolisnyk M.O. “Markov’s modeling of IoT systems”. Internet of Things for Industry and Human Application. In Volumes 1-3. Volume 2. Modelling and Development / V. Kharchenko, M. Kolisnyk et al; Kharchenko V. (edits). - Ministry of Education and Science of Ukraine, National Aerospace University KhAI, 2019, pp. 76-105.

3. Kharchenko V.S., Kolisnyk M.O. “IoT based predictive diagnostics and maintenance of power grid equipment” Internet of Things for Industry and Human Application. In Volumes 1-3. Volume 3. Assessment and Implementation / V. Kharchenko, M. Kolisnyk et al; Kharchenko, V. (edits). – Ministry of Education and Science of Ukraine, National Aerospace University KhAI, 2019, pp. 100-109.

4. Kolisnyk M.O. Internet of Things for Industry and Human Applications. Volume 3. Assessment and Implementation. Industry 4.0/5.0 and Industrial Internet of Things / V. Kharchenko, M. Kolisnyk, et al; Kharchenko V. (edits). // Project ERASMUS+ ALIOT “Modernization Internet of Things: Emerging Curriculum for Industry and Human Applications Domains” (573818-EPP-1-2016-1-UK-EPPKA2-CBHE-JP), pp. 896-901. ISBN 978-617-7361-80-9.

5. Kharchenko V.S., Kolisnyk M.O. “A Markov Model of IoT System Availability Considering DDoS Attacks, Patching and Energy Modes.” Green IT Engineering: Social, Business and Industrial Applications / M. Kolisnyk, V. Kharchenko at al; Kharchenko V., Kondratenko, Y.,Kacprzyk, J. (edits), 2018, pp. 185-207.

6. Vyacheslav Kharchenko, Maryna Kolisnyk. Investigation of the Smart Business Center for IoT Systems Availability Considering Attacks on the Router/ Dependable IoT for Human and Industry. Modeling, Architecting, Implementation. / Kharchenko, V., Ah Lian Kor, Rucinski, A. (edits), River Publishers Series in Information Science and Technology, 2018, 450 p. 

7. V. Kharchenko, M.Kolisnyk. Markov’s model-based technique of IOT system availability considering DDoS attacks/ Secure and resilient computing for industry and human domains. Techniques, tools and assurance cases for security and resilient computing / V. Kharchenko, M. Kolisnyk, I. Piskacheva et al; Kharchenko, V. (edits). – Department of Education and Science of Ukraine, National Aerospace University named after N. E. Zhukovsky “KhAI”, 2017, 449 p.  

Training manuals

8. Kolisnyk M.O., Piskachova I.V. Improving the reliability of software for microprocessor control devices for telecommunications systems [Text]: textbook. way. Kharkiv: UkrDAZT, 2012, 168 p. 9. Kolisnyk M.O., Kharchenko V.S. Standards and metrics for IoT systems. Internet of Things for industrial and humanitarian applications. Fundamentals of the Internet of Things / V.S. Харченко, М.О. Kolisnyk, O.O. Illiashenko and others; for order. V.S. Kharchenko. Kharkiv: KhAI, 2019, P.31-47. 10. Drozd OV, Maevsky DA, Maevskaya OY, Martyniuk OM, Tabunshchyk GV, Kolisnyk MO, Stepova GS, Kharchenko VS, Chopyk YO, Nagachevsky NO, Savelyev AA, Goroshko VV Modeling of Internet of Things systems. Workshop / Ed. DA Mayevsky. Ministry of Education and Science of Ukraine, Odessa National Polytechnic University, National Aerospace University. ME Zhukovsky "KHAI", Zaporozhye National Technical University. 2019, 130 p. 11. Kolisnyk MO, Brezhnev EV Assessing the readiness of IoT systems in the Power GRIDs infrastructure. Trainings / E.V. Brezhnev, MO Kolisnyk and others. / Ed. E.V. Brezhnev. MES of Ukraine, Ternopil National University of Economics, Black Sea National University. Petro Mohyla, National Aerospace University. ME Zhukovsky "KHAI", 2019, S. 78-119.  

Applications for a utility model have been filed and patents have been obtained  

1. Korobkov MG, Korobkova OM, Kolisnyk MO, Piskachev OI Pat. KM 134512 Ukraine. Shaper of a single three-phase series of pulses with reconfigurable duration and delay of the beginning of formation concerning the starting pulse. Publ. 05/27/2019

2. Korobkov MG, Korobkova OM, Kolisnyk MO, Piskachev OI, Piskachova IV Stalemate. KM 137613. Periodic pulse sequence shaper with reconfigurable time parameters. Publ. 10/25/2019

3. Korobkov MG, Korobkova OM, Kolisnyk MO, Piskachev OI, Piskachova IV Stalemate. KM 137613. Periodic pulse sequence shaper with reconfigurable time parameters. Publ. 10/25/2019

4. Korobkov MG, Korobkova OM, Kolisnyk MO, Piskachev OI, Piskachova IV Periodic pulse sequence shaper with reconfigurable time parameters. Stalemate. KM 139459. Publ. 01/10/2020

Articles:

Kolisnyk MO, Yushkevich NO Methods of comparative evaluation of digital radio networks based on the method of hierarchy analysis. Coll. Science. work UkrDAZT. Kharkiv: UkrDAZT. 2010. № 116. pp. 52–61.

Kolisnyk MO, Piskachova IV Selection of a reliable structure of the control device of digital telecommunication systems on the basis of priority series taking into account the multi-version software. Coll. Science. Proceedings of the Kharkiv University of the Air Force. Kharkiv: HUPS. Vip. №2 (28), 2011. pp. 129-131.

Kolisnyk MO, Piskachova IV Reliability analysis of microprocessor systems of relay protection and automation for power systems of railway transport. Coll. Science. work UkrDAZT. Kharkiv: UkrDAZT. 2014. № 145. pp. 154–158.

Kolisnyk M.O, Kharchenko V.S., Piskachova I.V. The research of the model of Smart Office availability considering patches on the router firewall software.  2018 IEEE 9th International Conference on dependable systems, services and technologies (DESSERT). 2018, pp. 176 – 182.

Stavroulakis P., Kolisnyk M., Kharchenko V., Doukas N., Markovskyi Oleksandr P., Bardis Nikolaos G. Reliability, Fault Tolerance and Other Critical Components for Survivability in Information Warfare. International Conference on E-Business and Telecommunications ICETE 2018E-Business and Telecommunications. 2019.  pp. 346-370.

Tkachenko V., Goriushkina A., Kolisnyk M. Communication Messaging Models in IoT/WoT: Survey and Application. Coference paper PICS&T, 2018, pp. 417-422.

Kolisnyk M., Kharchenko V., Piskachova I. IoT Server Availability Considering DDoS-attacks: Analysis of Prevention Methods and Markov Model. 2019 10th International Conference on Dependable Systems, Services and Technologies (DESSERT), Leeds, United Kingdom. 2019, pp. 51-56.

Kharchenko V., Piskachova I., Bardis N. Reliability and Security Issues for IoT-Based Smart Business Center: Architecture and Markov Model. Abstract and the article to the World Conference IEEE: MCSI. 2016, Greece, Chania, 2016, pp. 313–318.

Kolisnyk M., Kharchenko V., Piskachova I., Bardis N. Markov model of the Smart Business Center wired network considering attacks on software and hardware components. NAUN, International journal of computers and communications, Vol. 10, 2016, pp. 113-119.

Kolisnyk M., Maevsky D., Kharchenko V., Maevskaya E. Software reliability models and assessment techniques review: Classification issues. 2017 9th IEEE International Conference on Intelligent Data Acquisition and Advanced Computing Systems: Technology and Applications (IDAACS). 2017. pp. 894–899.

Kolisnyk M., Kharchenko V., Piskachova I., Bardis N. A Markov model of IoT system availability considering DDoS attacks and energy modes of server and router. ICTERI 2017, Kiev, Ukraine. Vol. 1844. pp. 699-712.

Kolisnyk M., Kharchenko V., Piskachova I. Investigation of the Smart Business Center for IoT Systems Availability Considering Attacks on the Router. CEUR-WS. 2018. pp. 169-191.

Kolisnyk M., Kharchenko V. A Markov Model of IoT System Availability Considering DDoS Attacks, Patching and Energy Modes. Green IT Engineering: Social, Business and Industrial Applications. 2019. pp. 185-207.

Kolisnyk M., Kharchenko V., Piskachova I. IoT Server Availability Considering DDoS-attacks: Analysis of Prevention Methods and Markov Model. 2019 10th International Conference on Dependable Systems, Services and Technologies (DESSERT), Leeds, United Kingdom. 2019, pp. 51-56.

Maryna Kolisnyk, Dmytro Kochkar, Vyacheslav Kharchenko. Markov model of wireless sensor network availability. International Journal of Computing - Vol. 19 No. 3 (2020): IJC, рр. 491-498. Published: 2020-09-28.  Scopus. Available at: http://computingonline.net/computing/article/view/1899

Piskachova Iryna, Vyacheslav Kharchenko, Kolisnyk Maryna. Availability models of Industrial Internet of things wired system considering cyberattacks. Proceedings: The 11 th IEEE International Conference on Dependable Systems, Services and Technologies, DESSERT 2020. May, 2020, Kyiv, Ukraine. Page(s): 138-144. (Scopus).

О. О. Illiashenko, М. А. Kolisnyk, А. E. Strielkina, І. V. Kotsiuba, V. S. Kharchenko. Conception and application of dependable Internet of things based systems. Radio Electronics, Computer Science, Control. No 4 (2020) http://ric.zntu.edu.ua/issue/view/13207, pp.139-150 DOI: https://doi.org/10.15588/1607-3274-2020-4-14.

Piskachova Iryna, Vyacheslav Kharchenko, Kolisnyk Maryna. Research of the attacks spread model on the smart office’s router. International Journal of Computing. No 4. 2020. (Scopus, імпакт-фактор = 0.198, SNIP = 1.254).Vol. 19, iss. 4, рр. 629–637.  

R&D reports

1. Kolisnyk M.O. Elements of the methodology for assessing the security and cyber security of the IoT system. Smart office with minimization of energy consumption: interim technical report "Analysis of tasks and development of provisions of methodology of sustainable ICT development, substantiation of mathematical apparatus and research methodology" of budget R&D "Methodology of sustainable development and information technologies of green computer and communications" (number DR 0118U003822), p . 25-37.

2. Kolisnyk M.O. Methods for selecting communication protocols for information transfer in Web-of Things systems: interim technical report "Development and research of methods and tools for testing and verification of electronic projects FPGA and software, as well as methods for ensuring the reliability and functional security of information management systems critical IT- infrastructures "R&D" Methods, software and hardware and information technologies for the development and modernization of guaranteed computer systems, networks and IT infrastructures "(number DR 0117U005349), p. 226-233.

3. Kolisnyk M.O. Models of sensor networks of monitoring systems and their research according to the criteria of readiness-energy consumption: interim technical report "Improvement of theoretical and experimental methods of energy consumption assessment, as well as energy efficiency of programmed means taking into account time, reliability factors" budget R&D "Methodology of sustainable development green computing and communications "(number DR 0118U003822), P. 86-96.

4. Kolisnyk M.O. Development and research of a model for spreading attacks on the system router Smart office: R & D report of the 2nd stage Analysis of tasks and development of provisions of methodology for assessing and ensuring the security of critical information infrastructures, substantiation of mathematical apparatus and research methodology. Analysis of existing approaches to the creation of a system for protection of critical information infrastructures "of the interim technical report of the GDR" Methodological principles and technologies for assessing and ensuring the security (protection) of critical information infrastructures "(number DR 0119U100979), p. 102-110.

5. Kolisnyk M.O. Research of the availability model of the IoT-system Smart Business Center, taking into account the attacks on the router. Interim Technical Report "Development of methods and technologies for design and analysis of guaranteed distributed information systems and risk analysis models and methods for assessing the security of IT infrastructures" R & D "Methods, software and hardware and information technologies for development and modernization of guaranteed computer systems, networks and IT Infrastructures ”(DR number 0117U005349), p. 180-194.

6. Kolisnyk M.O. Report on R&D "Research and determination of methods and means of radio monitoring on the railways of Ukraine". 2007, reg. №0107U007062. 100 s. Elizarenko O.V., Elizarenko A.O., Bataev O.P., Knigavko M.V.

7. Kolisnyk M.O. R&D report "Study of existing duplex radio systems suitable for use in railway transport". printing. UkrDAZT - 2009, reg. № 0109U001518. 138 s. Elizarenko O.V., Elizarenko A.O., Bataev O.P., Knigavko M.V.

8. Kolisnyk MO GDR report. "Development of methods for determining the scope of work on the operation of telecommunications equipment" Part 1, Part 2. printing. UkrDAZT - 2012, reg. № 0111U007919. 94 s. Prikhodko S.I., Lysechko V.P., Zhuchenko O.S., Volkov O.S., Shtompel M.A.

9. Kolisnyk M.O., Piskachova I.V. GDR report. Scientific bases, methods and means of green computing and communications. Volume 1. Development of theoretical and experimental methods for estimating and reducing energy consumption, as well as improving the energy efficiency of programmable tools. printing. Research report (state registration number 0115U000996). - Kharkiv: Nat. Aerospace University. M.E. Zhukovsky "KHAI", 2016. - 253 p. 9 s.

10. Kolisnyk M.O., Piskachova I.V. GDR report. Models for assessing the readiness of IoT systems of a smart business center (RBC) taking into account the energy regimes of its components. Scientific bases, methods and means of green computing and communications. Volume 1. Development of new models and methods of design, deployment, use and engineering of IT tools and products. Implementation of the obtained results // GDR Report (state registration number 0115U000996). - Kharkiv: Nat. Aerospace University named after ME Zhukovsky "KHAI", 2017. - 224 p. 8 s.

11. Kolisnyk M.O. Development of a system for lighting the operational situation at the command post of the brigade using modern means of satellite navigation, communications and geographic information technology. printing. Report on R&D of the Ministry of Defense of Ukraine №9 2005 (intermediate), code “Lighting”, item 2.6 “Substantiation of requirements for reliability of microprocessor system control devices using control of its parameters”, p.44-54.