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Integrated high-performance data processing and transmission systems

Fundamental and applied bases for the construction of methods and integrated systems for high-performance data processing and transmission, invariant to the architecture and current configuration of computing systems and computer networks, the used standards of data transfer, the size of transmitted traffic and its content, including increased level of information security.

 

Projects

  • 01.01.2017 — 31.12.2019 

State Assignment of the Ministry Of Education And Science

  • 01.01.2017 – 31.12.2019

Linguistic and ethnocultural diversity of Southern Siberia in synchrony and diachrony: the interaction of languages and cultures.
  14.Y26.31.0014

  • 17.07.2014 – 31.12./2016

Project part of the state assignment of the Ministry of education and science of Russia
"The study of mathematical models of information flows, computer networks, algorithms for processing and transmitting data"
 

Key publications

  • Mikheev P., Pichugina A., Suschenko S. Modeling of a Multi-link Transport Connection by a Network of Queuing Systems //CCIS. 2018. Vol. 912. P. 274-289.               
  • 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 //CCIS. 2018. Vol. 919. P. 120-131.        
  • Kokshenev V.V., Mikheev P.A., Sushchenko S.P. Comparative Analysis of the Performance of Selective and Group Repeat Transmission Models in a Transport Protocol //Automation and Remote Control. 2017. Vol. 78, № 2. P. 247-260.  
  • Kokshenev V. V., Mikheev P. A., Sushchenko S. P. Comparative analysis of the speed of selective and group modes of retransmission of the transport Protocol //Automation and telemechanics. 2017.  No. 2. Pp.. 65 - 81.
  •  Sushchenko S. P. Mathematical models of computer networks. Tomsk: Publishing House of TSU, 2017. 272 p.
  • Mikheev P., Suschenko S., Tkachev R. Estimation of High-Speed Performance of the Transport Protocol with the Mechanism of Forward Error Correction //CCIS. 2017. Vol. 700. P. 259-268.           
  • Mikheev P., Pichugina A., Suschenko S., Tkachev R. Optimization of Pipelining and Data Processing //CCIS. 2017. Vol. 800. P. 184-193.
  • Kokshenev V., Mikheev P., Suschenko S. Influence of the Pipeline Effect on the Delay of the Multipacket Message in Multilink Transport Connection //CCIS. 2016. Vol. 638. P. 151-161.    
  • Mikheev P., Suschenko S. Analysis of the In Influence of the Subscriber Traffic Structure on the Speed of Multiplexed Connections //CCIS. 2016. Vol. 638. P. 250-260.       
  • Mikheev P., Suschenko S. On initial Width of Contention Window Influence on Wireless Network Station IEEE 802.11 Characteristics //CCIS. 2016. Vol. 601. P. 314-322.

 

  • Moiseev A., Shklennik M. Infinite-server queueing tandem with Markovian arrival process and service depending on its state //IEEE Transactions on Information Theory. 2019. Vol. 65, № 5. P. 3865-3883.          
  • Nazarov A.A., Khudyashova E.E., Moiseev A.N. System H2 | GI | ∞ with an infinite value of the average service time // Vestn. Tom. state uni. УВТиИ  2018. No. 44. S. 72-83.     
  • Shklennik M., Moiseeva S., Moiseev A. Optimization of Two-Level Discount Values Using Queueing Tandem Model with Feedback //CCIS. 2018. Vol. 912. P. 321-332.        
  • 12th International Workshop on Retrial Queues and Related Topics, 10-15 september 2018, Tomsk : abstracts /ed.: A. Moiseev, Y. Izmailova, E. Lisovskaya. Tomsk: Scientific Technology Publishing House, 2018. 48 p.     
  • Nazarov A., Broner V., Moiseev A. Inventory Management System with Two-Switch Synchronous Control //CCIS. 2018. Vol. 919. P. 212-223.              
  •  Shklennik M.A., Moiseev A.N. Study of inquiry flows in a two-phase queuing system with an unlimited number of devices and repeated request // Vestn. Tom. state uni. УВТиИ  2018. No 45. Pp. 48-58.
  • Lisovskaya E. Yu., Moiseev A. N., Moiseeva S. P., Pagano M. Modeling of data processing of physical experiments in the form of non-Markov multi-resource queuing system //Izvestiya vuzov. Physics. 2018. Vol. 61, No 12. Pp. 39-46.
  • Shklennik M., Moiseeva S., Moiseev A. Analysis of Queueing Tandem with Feedback by the Method of Limiting Decomposition //CCIS. 2017. Vol. 800. P. 147-157