Suschenko S.P.
University
National research Tomsk state university
Level of English language proficiency
Intermediate
Educational program and field of the educational program for which the applicant will be accepted
Informatics and computer engineering
List of research projects of the potential supervisor (participation/leadership)
30.04.2019 — 31.12.2019
Study of mathematical models of data transmission processes in computer networks at the level of transport connections
State support of the leading universities of the Russian Federation in order to increase their competitiveness among the world's leading research and educational
centers (5-100)
The Head

01.01.2017 — 31.12.2019
Scientific and methodological bases for building software and hardware systems of multidimensional visualization for
solving problems of monitoring and controlling of infrastructure facilities
State assignment of the Ministry of Education and Science of Russia
Executor

17.07.2014 — 31.12.2016
Research of mathematical models of information flows, computer networks, algorithms for data processing and
transmission
State assignment of the Ministry of Education and Science of Russia
Executor

17.08.2012 — 15.11.2013
Development of a complex for monitoring the state of the atmosphere and predicting dangerous weather events near airports using local observations and high-resolution meteorological models
Federal target program "Scientific and scientific-pedagogical personnel of innovative Russia" for 2009-2013
Executor

01.01.2012 — 31.12.2013
Development and research of probabilistic, statistical and logical models of components of integrated information and
telecommunication systems for processing, storage, transmission and information security.
State assignment of the Ministry of Education and Science of Russia
Executor
List of the topics offered for the prospective scientific research
Numerical studies of the transport protocol throughput with a forward error correction mechanism in the intersegment space
Supervisor’s
research interests
Modeling of computer networks at various architectural levels including wireless level networks access, including models of procedures for managing an individual data link transmission and a multilink transport connection that takes into account the distortion factors in communication channels and blocking of the buffer memory of transit switching nodes, as well as the level of the load on network connections and the pipeline effect that manifests itself when multi-packets messages are transported over multi-link data paths, analysis in applicability of forward error correction technique; methods for calculating the operational characteristics of network topological structures and optimizing protocol parameters and the structure of data transmission paths, methods for preventing the effect of capturing the wireless data transmission medium.
Supervisor’s
main publications
Mikheev P., Pichugina A., Pristupa P., Suschenko S. (2019) Available Throughput of Transport Connection with Selective Repeat Mode in the Loaded Data Transmission Path. Communications in Computer and Information Science. V. 1109 P. 28-37

Bogushevsky D., Mikheev P., Pristupa P., Suschenko S. The Time-Out Length Influence on the Available Bandwidth of the Selective Failure Mode of Transport Protocol in the Load Data Transmission Path // Communications in Computer and Information Science.
2018 Vol. 919 P. 120-131.

Mikheev P., Pichugina A., Suschenko S. Modeling of a Multi-link Transport Connection by a Network of Queuing Systems //Communications in Computer and Information Science.
2018 Vol. 912 P. 274-289

Mikheev P., Pichugina A., Suschenko S., Tkachev R.Optimization of Pipelining and Data Processing //Communications in Computer and Information Science.
2017 Vol. 800 P. 184-193.

Mikheev P., Suschenko S., Tkachev R. Estimation of High-Speed Performance of the Transport Protocol with the Mechanism of Forward Error Correction // Communications in Computer and Information Science. 2017 Vol. 700 P. 259-268.
Pristupa P.V., Suschenko S.P., Mikheev P.A., Moiseev A.N. Efficiency Analysis of the Forward Error Correction at the Transport Protocol Level // Automation and Remote Control. 2022. Vol. 83, № 7. P. 1059‒1077. DOI: 10.1134/S0005117922070049
Karim P.H., Ghafoor K.J., Suschenko S.P. The effect of queue size on the throughput, in group failure mode, for the loaded transport channel //Journal of Physics: Conference Series. 2021. Vol. 2091. P. 012029-1-012029-13.
Pristupa P.V., Mikheev P.A., Suschenko S.P. Performance of Forward Error Correction in Transport Protocol at Intrasegment Level //Communications in Computer and Information Science. 2020. Vol. 1337. P. 546-556.
Karim P., Suschenko S., Ali G. Throughput of Loaded Transport Channel in Selective Failure Mode for Different Subscribers Competing for Network Resources //Journal of Advanced Research in Dynamical and Control Systems. 2020. Vol. 12, № 8. P. 409-414. URL: https://www.jardcs.org/abstract.php?id=6036 (date of access: 23.11.2020).
Karim P., Challoob A., Ghafoor K., Suschenko S. Throughput of Loaded Transport Channel for Different Subscribers with Competition for Network Resources in Group Failure Mode //Journal of Advanced Research in Dynamical and Control Systems. 2020. Vol. 12, № 8. P. 403-408. URL: https://www.jardcs.org/abstract.php?id=6035 (date of access: 23.11.2020).
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