The Laboratory of Self-organization System Modeling
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Dailyudenko Viktor F.

Russian              



Candidate of Physical and Mathematical Sciences

 


Victor F. Dailyudenko has graduated  from  Belarusian  State  University in 1981 with excellence.  He  works in the Institute  of  Engineering  Cybernetics   since 1982. He is PhD in theoretical and mathematical physics. A  region of his scientific researches includes  nonlinear  dynamics  methods, chaotic  signals  processing,  self-organization,  associative memory. He has 90 scientific publications (articles,  inventions,  proceedings).




Dissertation topic


“Construction of mathematical models of self-organization processes in active environments for problems of processing experimental data” (1997)


Area of scientific research:

nonlinear dynamics methods, chaotic signal processing, self-organization, associative memory.



   Area of practical application:

obtaining of diagnostic and prognostic information about complex systems of various physical natures

discrete and continuous monitoring of complex systems

calculation of optimal parameters of technical devices created using active environments

mathematical model for determining the conditions for the occurrence of self-organization processes in an active environment described by the Fitz–Hugh–Nagumo (FHN) system

an algorithm for extrapolating the propagation of a nerve impulse based on linear filtering

local topological method for analyzing phase trajectories of a chaotic attractor, including an algorithm for determining the minimum dimension of the system attractor embedding. The developed algorithm made it possible to achieve a significant reduction (on average by an order of magnitude) in the amount of required experimental data and save computing resources.


The implementation of the proposed algorithms was used to create a software tool for digital medical signals (electrocardiosignals) processing. The developed algorithm for local topological analysis has been accepted for use at the Research and Production Institute BMI “Medior” for digital processing of electrocardiosignals.

The research results are introduced in 90 published works and a dissertation, as well as in 3 registered patents.


  EXPERTISE

Belarusian State University in 1981, received a specialty in radiophysics and electronics (graduated with honors)

Junior Scientist, Laboratory No. 31 "Specialized Information and Reference Systems" (1983-1992),

Postgraduate student of the Institute of Technical Cybernetics, (1993-1996)

Scientist at Laboratory No. 220 "Modeling of Self-Organizing Systems" (LMSS) on different position. (1997-2013)


CONTACT INFORMATION

We regret to inform you that Viktor Fedorovich Dailyudenko passed away on March 16, 2013.

However, research on this topic continues. You can contact the scientific supervisor A.M. Krot. alxkrot@newman.bas-net.by