COGNITIVE FUNCTION PARAMETERS OF UGRA STUDENTS
Abstract and keywords
Abstract (English):
The development of cognitive functions of indigenous and alien population is determined with the differences in reaction of the functional systems of the human body to chaotic dynamics parameters of meteo factors. The sensorimotor reactions of psycho-physiological characteristics of indigenous peoples are illustrated by the example of memory parameters among Khanty pupils. The models of mnemonic functions and their features are described in the article. The paper is concerned with the specificity of the model parameters and models in the form of quasi-attractors.

Keywords:
memory model, quasi-attractor, sensorimotor reaction.
Text

Введение. История использования системных методов и моделирования в описании и прогнозировании динамики изменения психофизиологических функций человека в возрастном аспекте или применительно к расам и территориям насчитывает уже 2-е столетие. Достаточно вспомнить работы  Г. Эббингауза (XIX век) и попытки количественно описывать показатели памяти и нейро-ЭВМ как модели когнитивных систем в работах целого ряда российских ученых [5,7,8,10,13]. Разработка различных тестов с использованием ЭВМ для изучения и прогнозирования показателей внимания, мышления, состояния физиологических функций  c использовани-

References

1. Anokhin PK. Kibernetika funk-tsional´nykh sistem. Moscow: Meditsina; 1998. Russian.

2. Bezrukikh MM, Kreshchenko OYu. Psikhofiziologicheskie kriterii trudno-stey obucheniya pis´mu i chteniyu u shkol´-nikov mladshikh klassov. Fiziologiya chelo-veka. 2004:30(5):24. Russian.

3. Gavrilenko TV, Es´kov VM, Kha-dartsev AA, Khimikova OI, Sokolova AA. Novye metody dlya gerontologii v progno-zakh dolgozhitel´stva korennogo naseleniya Yugry. Uspekhi gerontologii. 2014;27(1):30-6. Russian.

4. Es´kov VM, Braginskiy MYa, May-strenko EV, Filatov MA, Filatova DYu. Issledovanie parametrov sensomotornykh reaktsiy i kognitivnykh funktsiy cheloveka v mnogomernom fazovom prostranstve so-stoyaniy. Svidetel´stvo ob ofitsial´noy registratsii programmy dlya EVM №2010615024, ROSPATENT. Moskva; 2010. Russian.

5. Es´kov VM, Gavrilenko TV, Vo-khmina YuV, Zimin MI, Filatov MA. Iz-merenie khaoticheskoy dinamiki dvukh vidov teppinga kak proizvol´nykh dvizheniy. Metrologiya. 2014;6:28-35. Russian.

6. Es´kov VM, Es´kov VV, Kozlo-va VV, Filatov MA, inventors; Sposob kor-rektirovki lechebnogo ili fizkul´turno-sportivnogo vozdeystviya na organizm che-loveka v fazovom prostranstve sostoyaniy s pomoshch´yu matrits rasstoyaniy. Russian Fed-eration patent RU 2432895(13) S1. 2011. Rus-sian.

7. Es´kov VM, Ruzankina NA, Bezyaeva IV. Sistemnyy analiz s ispol´zo-vaniem EVM sostoyaniya pamyati cheloveka v usloviyakh severnogo regiona RF. Vestnik novykh meditsinskikh tekhnologiy. 2002;9(3): 31-3. Russian.

8. Zinchenko PI. Neproizvol´noe za-pominanie. M.-Voronezh: NPO “MODEK”; 1996. Russian.

9. Klatski R. Pamyat´ cheloveka: struk-tura i protsessy. Moscow: Mir; 1978. Rus-sian.

10. Razumnikova OM, Nikolaeva EI. Sootnoshenie otsenok vnimaniya i uspeshno-sti obucheniya. Voprosy psikhologii. 2001;1:123-9. Russian.

11. Filatov MA, Filatova DYu, Po-skina TYu, Strel´tsova TV. Metody teorii khaosa-samoorganizatsii v psikhofiziologii. Slozhnost´. Razum. Postneklassika. 2014;1:17-33. Russian.

12. Filatov MA, Filatova DYu, Si-dorkina DA, Nekhaychik SV. Identifika-tsiya parametrov poryadka v psikhofiziolo-gii. Slozhnost´. Razum. Postneklassika. 2014;2:5-16. Russian.

13. Filatova OE, Provorova OV, Vo-lokhova MA. Otsenka vegetativnogo statusa rabotnikov neftegazodobyvayushchey pro-myshlennosti s pozitsii teorii khaosa i samoorganizatsii. Ekologiya cheloveka. 2014;6:16-9. Russian.

14. Eskov VM, Gavrilenko TV, Kozlova VV, Filatov MA. Measurement of the dynamic parameters of microchaos in the behavior of living biosystems. Measurement Techniques. 2012;55(9):1096-100.

15. Eskov VM, Eskov VV, Filatova OE, Filatov MA. Two types of systems and three types of paradigms in systems philosophy and system science. Journal of Biomedical Science and Engineering. 2012;5(10):602-7.

16. Eskov VM. Modeling of the hierar-chical respiratory neuron networks. Neurocomputing. 1996;11:203-26.

17. Eskov VM, Eskov VV, Filatova OE. Characteristic features of meas-urements and modeling for biosystems in phase spaces of states. Measurement Tech-niques (Medical and Biological Measure-ments). 2011;53(12): 1404-10.

18. Haken H. Principles of brain func-tioning: a synergetic approach to brain activity, behavior and cognition (Springer series in synergetics). Springer; 1995.

Login or Create
* Forgot password?