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EDITORIAL
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About methodology of cognitive systems research
V. G. Jahno, S. B. Parin
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257–260 |
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MODELING OF GLOBAL PROCESSES. NONLINEAR DYNAMICS AND HUMANITIES
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Bifurcation of public opinion created by social media algorithms
A. Krylov
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261–267 |
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NONLINEAR DYNAMICS AND NEUROSCIENCE
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Transition from ergodic to many-body localization regimes in open quantum systems in terms of the neural-network ansatz
I. I. Jusipov, E. A. Kozinov, T. V. Lapteva
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268–275 |
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Construction of the fitness function depending on a set of competing strategies based on the analysis of population dynamics
O. A. Kuzenkov
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276–298 |
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Compartmental spiking neuron model CSNM
A. V. Bakhshiev, A. A. Demcheva
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299–310 |
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Measuring cognitive potential based on the performance of tasks of various levels of complexity
A. Yu. Petukhov, S. A. Polevaya
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311–321 |
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Clinical aspects of nonlinear dynamics of cognitive processes: features of sensorimotor activity in patients at the clinical phase of COVID-19
S. A. Polevaya, M. E. Halak, K. S. Lipatov, N. V. Zarechnova, M. M. Circova, E. V. Eremin, N. A. Bulanov
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322–330 |
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Neurodynamic model for creative cognition of relational networks with even cyclic inhibition
V. D. Tsukerman
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331–357 |
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SCIENCE FOR EDUCATION. METHODICAL PAPERS. HISTORY. PERSONALIA
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"Computer metaphor'", interhemispheral asymmetry and species (spontaneous) knowledge of Homo Sapiens
N. Sh. Alexandrova
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358–372 |
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On the 75th anniversary of Vladimir G. Yakhno
I. V. Nuidel
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373–382 |
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