Vitalij V. Akimenko

Position:
Professor
Degree:
Doctor of Technical Science
Academic rank:
Professor
Office:
№ 604
Phone:
259-05-34
E-mail:
vitaliiakm [at] gmail.com
Research interests:
linear and nonlinear models of population dynamics, biomathematics, models and methods of optimization, systems of partial and integral differential equations, numerical analysis, applied methods of system analysis.

Publications

  1. Akimenko V.V. Asymptotically stable states of non-linear age-structured monocyclic cell population model I. Travelling wave solution. Mathematics and Computers in Simulation, DOI: 10.1016/j.matcom.2015.06.004
  2. Akimenko V.V. Asymptotically stable states of non-linear age-structured monocyclic cell population model II. Numerical simulation. Mathematics and Computers in Simulation. DOI: 10.1016/j.matcom.2015.06.003
  3. Akimenko V.V., Zahorodnii Yu.V. Analytical and numerical solutions for the age-structured cells aggregation dynamics model. Cybernetics and Systems Analysis, V.50, 4 (2014) 578-593.
  4. Akimenko V.V., Zahorodnii Yu.V., Boyko A.L. Identification of parameters of evolutionary model of monocyclic cells aggregation with the hop plants example, Computers and mathematics with application, 66 (2013) 1547–1553.
  5. Akimenko V.V., Yefimenko A.A. Resolving of the - Lotka - Volterra system of splitting logistical model for the competition problem, Chaotic modeling and simulation, 4 (2012) 651-661.
  6. Akimenko V.V., Yefimenko A.A. Model of optimum control of founds and competition ability for information-communication’s company, Cybernetics and Systems Analysis, V.48, 5 (2012) 722-735.
  7. Akimenko V.V., Yefimenko A.A. Numerical method for solving the diffusive Lotka−Volterra model with discontinuous coefficients for the problem of companies competition, Journal of automation and information sciences, V.44, 4 (2012) 71-80.
  8. Akimenko V.V., Zahorodnii Yu.V. Modeling of dynamics of monocycle cells aggregation, Cybernetics and systems analysis, V.47, 1 (2011) 29-43.
  9. Akimenko V.V., Zahorodnii Yu.V., Romanenko V.V. The optimum control problem of monocycle biological cells aggregation, Journal of automation and information sciences, V.42, 9 (2010) 42-52.
  10. Akimenko V.V., Mitrohin S.A. The optimum control modeling by the nonlinear filtration of land water logging process, Journal of automation and information sciences, v.42, 8 (2010), 65-82.

Academic awards:

  • Grant of University of Pretoria and the National Research Foundation of South Africa, short-term research visitor, November 2014.