**Vitalij V. Akimenko** - Professor.

Professor : from decision of Attestation Collegiums of Ministry of Education
and Sciences of Ukraine, Kiev, 2002.
Professor by Chair Informatique (Computer Sciences).

Doctor en Science (Prof. D.) : from decision of presidium of Supreme attestation
committee of Ukraine, based on the public presentation of dissertation in the
Institute of Space Research, Kiev, 2001. Speciality : System Analysis and Theory
of Optimal Solution. Thesis title: "Models and systems of analysis and forecasting
of an technogenic pollution of atmosphere boundary layer".

Diploma and award of Nat.Ac.of Sc. of Ukraine for young scientists 2000 in
informatics.

Docent (Senior Lecturer) : from Scientific Soviet of East-ukrainian State
University, 1997.

Candidate en Science(Ph.D.) : from Moscow State University, 1991.
Speciality : mathematical physics. Thesis title: "Some Inverse Problems in
Mathematical Modelling of Technological Processes".

Diploma (M.S.) : from Moscow State University, 1988. Speciality : physics.
Thesis title : "Calculation of Thermo -Elastic-Plastic Strength Fields in
Bi-Metals".

Scientific interests: mathematical physics; decision making theory.

Curriculum Vitae

1. Akimenko V.V. An age-structured SIR epidemic model with the fixed incubation period of infection.// Computers and mathematics with application. – 2017. – V. 73 1485–1504.

2. Akimenko V.V., Anguelov R. Steady states and outbreaks of two-phase nonlinear age-structured model of population dynamics with discrete time delay.// Journal of Biological Dynamics. – 2017. - V.11, ¹1, p.75-101.

3. Akimenko V.V. Nonlinear age-structured models of polycyclic population dynamics with death rates as a power functions with exponent n.// Mathematics and Computers in Simulation. – 2017. – V.133, p.175-205.

4. Akimenko V.V. Asymptotically stable states of non-linear age-structured monocyclic cell population model I. Travelling wave solution. //Mathematics and Computers in Simulation. – 2017. – V.133 (2017), p. 2-23.

5. Akimenko V.V. Asymptotically stable states of non-linear age-structured monocyclic cell population model II. Numerical simulation. //Mathematics and Computers in Simulation. – 2017. – V.133 (2017), p. 24-38.

6. Akimenko V.V., Zahorodnii Yu.V. Modeling the dynamics of age-structured polycyclic population of biological cells on the parameterized set of algebraic functions //Cybernetics and Systems Analysis, (2014), 50(4), p. 578-593 .
7. 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, (2013)

8. Akimenko V.V., Yefimenko A.A. Resolving of the - Lotka - Volterra system of spliting logistical model for the competition problem, Chaotic modeling and simula-tion, 4 (2012) 651-661.

9. Akimenko V.V., Yefimenko A.A. Model of optimum control of founds and com-petition ability for information-communication’s company, Cybernetics and Systems Analysis, V.48, 5 (2012) 722-735.

10. Akimenko V.V., Yefimenko A.A. Numerical Method for Solving the Diffusive Lotke?Volterra Model with Discontinuous Coefficients for the Problem of Companies Competition, Journal of automation and information sciences, V.44, 4 (2012) 71-80.

11. Akimenko V.V., Zahorodnii Yu.V. Modeling of dynamics of monocycle cells ag-gregation, Cybernetics and systems analysis, V.47, 1 (2011) 29-43.

12. Akimenko V.V., Zahorodnii Yu.V., Romanenko V.V. The optimum control problem of monocycle biological cells aggregation, Journal of automation and information sci-ences, V.42, 9 (2010) 42-52.

13. Akimenko V.V., Mitrohin S.A. The optimum control modeling by the nonlinear fil-tration of land water logging process, Journal of automation and information sciences, v.42, 8 (2010), 65-82.

14. Branch National Standard of High Education of Ukraine. Educational Professional Characteristics for Bachelor in direction of study “Informatics” /Head of work group Akimenko V.V. Order ¹880 of Education and Science Ministry of Ukraine from 16.09.2010 (in Ukrainian). – 32p.

15. Branch National Standard of High Education of Ukraine. Educational Professional Program for Bachelor in direction of study“Informatics” /Head of work group Akimenko V.V. Order ¹880 of Education and Science Ministry of Ukraine from 16.09.2010 (in Ukrainian). – 93p.

16. Akimenko V.V., Nakonechny O.G., Trofimchuk O.,Yr. Modeling of convection - diffusions processes on basis of multidimensional integro- differential equation with de-generated parabolicity, Cybernetics and systems analysis, v.45, 2 (2009), 232-244.

17. Akimenko V.V., Sugonyak I.I. A model of optimal control over a nonlinear multi-dimensional innovation diffusion process,Cybernetics and Systems Analysis, V.44, 4 (2008), 564-574.

18. Akimenko V.V., Sugonyak I.I. A model of optimal control over a nonlinear multi-dimensional innovation diffusion process, Cybernetics and Systems Analysis, V.44, 4 (2008), 564-574.

19. Ak³menko V.V., Nakonechny O.G., Trofimchuk O.Yu. The model of optimum con-trol for the system of integral-differential equations with degenerate parabolicity, Cyber-netics and system analyses, v.43, 6 (2007) 90-102.

20. Akimenko V.V., Nakonechny A.G., Voloshuk S.D. Scenarios of optimum transre-gional migration process control in conditions of social risks, Cybernetics and systems analysis, v.43, 1 (2007) 116-133.

21. Akimenko V.V., Nakonechny A.G., Sugonyak I.I. Modeling of optimum control pro-cesses in the conditions of uncertainty in the economical systems with hierarchy, Journal of automation and information sciences, v.39, 2 (2007) 62-72.

22. Akimenko V.V., Nakonechny O.G. Optimum control models for transregional migration process meaning social risks, Cybernetics and systems analysis, v.42, 3 (2006) 107-122.

23. Akimenko V.V., Cheremnykh O.K. Modeling of vortical flows on a background of 2-dim convective thermo-mass-exchange process, Journal of automation and information sciences, v.36, 3 (2004) 64-80.

24. Akimenko V.V. Modelling of two-dimensional transport processes by using of non-linear monotonous second order schemes, Cybernetics and systems analysis, v.39, 6 (2003) 839-853.

25. Akimenko V.V. The mathematical model of atmospheric air pollution management in the system of regional monitoring centres, Journal of automation and information sci-ences, v.33, 2, (2001) 137-151.

26. Akimenko V.V. Computer administrative decision support system in conditions of the fuzzy information for systems of atmosphere ecological monitoring, Cybernetics and systems analysis, v.36, 5 (2000) 763-775.

e-mail:
__akm15@meta.ua__,
__akvv@unicyb.kiev.ua__