Перегляд за Автор "Vladymyrova, M."

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Simulation of the Expanded Iterated Version of the Prisoner's Dilemma Game Recognisers
(Proc. 7-th Int. Conf. ICTERI 2011, 2011) Vlasova, T.; Vladymyrova, M.; Shabanov, D.
This paper presents the model and software to explore pair interactions of objects with different behavior and their patterns. The research is based on the enhanced version of a classic prisoner’s dilemma game. The non-cooperative finite and infinite pair games with non-zero sums are investigated. Pure and mixed strategies with finite and infinite memory developed by Biology School of V. N. Karazin Kharkiv National University are used to analyze the results.
Sustainable coexistence of the parental species and hemiclonal interspecific hybrids is provided by the variety of ontogenetic strategies
(Herpetological Facts Journal, 2015) Shabanov, D.; Usova, O.; Kravchenko, M.; Biriuk, O.; Leonov, A.; Korshunov, O.; Mair, Quentin; Meleshko, O.; Newman, Ju.; Vladymyrova, M.; Zholtkevych, G.
Factors determining the sustainability of Hemiclonal Population Systems in which the interspecies hybrids Pelophylax esculentus complex coexist with members of parental species were studied using a combination of empirical data and computer simulation modeling. The empirical data demonstrates the existence of different intrapopulation strategies by partitioning a sample of individuals into two groups on the basis of their body size at a given age and comparing selected groups in terms of factors such as growth rate, life span, females’ fecundity and the age at which breeding commences. Then by using simulation modeling, we study the probable importance of intrapopulation ontogenetic strategies for the stability of Pelophylax esculentus complex HPS.
Sustainable coexistence of the parental species and hemiclonal interspecific hybrids is provided by the variety of ontogenetic strategies: simulation HPS Pelophylax esculentus complex preliminary results
(Daugavpils University, 2015) Shabanov, D.; Usova, O.; Kravchenko, M.; Leonov, A.; Korshunov, O.; Mair, Q.; Meleshko, O.; Newman, J.; Vladymyrova, M.; Zholtkevych, G.