OPERATIONAL METHODS FOR ASSESSING THE CURRENT FUNCTIONAL STATE OF AN ATHLETE IN THE TRAINING PROCESS
Abstract
Purpose: to develop the methodology for an individual assessment of the current functional state when organizing the training process.
Materials and methods: the following methods were used: analysis and generalization of scientific and methodological literature; generalization of the experience of the practical work of the coaching contingent working with the contingent of sports improvement groups in basketball; methods of mathematical modeling and processing of video materials of sports competitions of various levels in basketball; the modernized method of orthostatic test by N. Teslenko - test «sitting-standing".
Results: an individual method for assessing the functional state in the process of conducting the training lesson allows to determine the measure of working capacity and the athlete's readiness to the loads presented. The practically developed method makes it possible to introduce control over the state of developed fatigue in real time, thereby assessing the level of performance and giving objective assessments of individual endurance. In practice, the developed method makes it possible to introduce control over the state of developing fatigue in real time, thereby assessing the level of performance and giving objective assessments of individual endurance. It should be noted that the modified method of N. Teslenko orthostatic test with the use of modern computer technology makes it possible to transmit the information received at any distance and control the state of the athlete's body without restricting his motor activity.
Conclusions: the developed technique of the modified orthostatic test by N. Teslenko allows early diagnosis of the development of fatigue, which prevents the deterioration of the body and prevents the phenomena of fatigue.
References
Artemeva, G. P., Pugach, Ya. I., Druz, V. A. (2014), Problemyi adaptatsii v strukture nauchnyih issledovaniy sistemyi olimpiyskogo obrazovaniya [Adaptation problems in the structure of scientific research of the Olympic education system], monografiya, Harkov, HGAFK, 114 p. (in Russ).
Ashanin, V. S., Pugach, Ya. I. (2014), Postroenie semanticheskih prostranstv dlya opisaniya psihosomaticheskoy deyatelnosti cheloveka v ekstremalnyih usloviyah [Construction of semantic spaces to describe the psychosomatic activity of a person in extreme conditions], uch. posobie, Harkov: HGAFK, 88 p. (in Russ).
Babskiy, E. B., Zubkov, A. A., Kositskiy, G. I., Hodorov, B. I. (1966), Fiziologiya cheloveka [Human physiology], Moskva: Meditsina, pp. 370–379. (in Russ).
Bakanova, A. F. (2013), Organizatsiya fizicheskogo vospitaniya studencheskoy molodezhi na sovremennom etape reformirovaniya vyisshih uchebnyih zavedeniy [Organization of physical education of student youth at the present stage of reforming higher educational institutions], dissertatsiya kand. nauk : 24.00.02, Harkov, 248 p. (in Russ).
Vasileva, V. V., Graevskaya, N. D., Kukalevskiy, G. M. (1961), Sportivnaya meditsina [Sports medicine], Moskva: Medizdat, pp. 207, 233–235. (in Russ).
Volkov, V. M. (1977), Vosstanovitelnyie protsessyi [Recovery processes], Moskva: Fizkultura i sport, 143 p. (in Russ).
Volkova, Ya. (2020), "Modern methods of fatigue assessment", Slobozhanskyi naukovo-sportyvnyi visnyk, No. 4 (78), pp. 30–36. (in Ukr.).
Gika, M. (1936), Estetika proportsiy v prirode i iskusstve [Aesthetics of proportions in nature and art], Moskva: Vsesoyuznaya akademiya arhitekturyi, pp. 119–120, 262–263. (in Russ).
Gippenreyter, Yu. B. (1966), Vosstanovitelnyie protsessyi pri sportivnoy deyatelnosti [Recovery processes in sports activities], Moskva: Fizkultura i sport, 56 p. (in Russ).
Druz, V. A. (1985), Analiz obschih printsipov funktsionalnyih otnosheniy sistem organizma v dinamike [Analysis of general principles of functional relationships of body systems in dynamics] : dissertatsiya d-ra biol. nauk : 05.13.09, ANUSSR. Kiev, 504 p. (in Russ).
Druz, V. A., Omelchenko, M. V., Omelchenko, D. A. (2015), "Sprint technique basics", Slobozhanskyi naukovo-sportyvnyi visnyk, No. 3 (37), pp. 41–46. (in Russ).
Zimkin, N. V. (1964), Fiziologiya cheloveka [Human physiology], Moskva: Fizkultura i sport, pp. 381–398. (in Russ).
I-tszin (2016), Kniga peremen [Book of Changes], Moskva: Azbuka-Attikus, 576 p. (in Russ).
Markov, G. V. (2006), Sistema vosstanovleniya i povyisheniya rabotosposobnosti v sporte vyisshih dostizheniy [System of recovery and improvement of performance in elite sports], Moskva: Sovetskiy sport, 52 p. (in Russ).
Pugach, Ya. I. (2014), Vliyanie emotsionalnogo sostoyaniya na uspeshnost sorevnovatelnoy deyatelnosti [The influence of the emotional state on the success of competitive activity]: dissertatsiya kand. nauk po fiz. vosp. i sportu : 24.00.01, Harkov: HGAFK, 198 p. (in Russ).
Pugach, Ya.I. (2013), "Basic principles of constructing semantic spaces for the orderly presentation of research results", B'deschego voprosyi ot sveta na nadkata: materialyi ІХ mezhdunarodnoy nauchno-prakticheskoy konferentsii, Sofiya, pp. 5–13 (in Russ).
Rozenblan, V. V. (1976), Problemyi utomleniya [Fatigue problems], Moskva: Meditsina, 220 p. (in Russ).
Samsonkin, V. N., Druz, V. A., Fedorovich, V. S. (2010), Modelirovanie v samoorganizuyuschihsya sistemah [Modeling in self-organizing systems], Donetsk, 104 p. (in Russ).
Farfel, V. S. (1960), Fiziologiya sporta [Physiology of sports], Moskva: Fizkultura i sport, pp. 301–311. (in Russ).
Chzhou Tszunhua, Dao I-tszina (1999), Put k proritsaniyu [The path to divination], Kiev: Sofiya, 368 p. (in Russ).
Shesterova, L., Druz, V., Efremenko, A. (2017), "Analysis of the kinematic characteristics of the movement of the general center of body mass of an athlete when performing a low start", Slobozhanskyi naukovo-sportyvnyi visnyk, No. 2 (58), pp. 113–118. (in Russ).
Hirata K. (1968), The evaluating method of physique and physical fitness and its practical application, 240 p. (in Eng)
Hoffman J., Mohri M., & Zhang N. (2018), Algorithms and Theory for MultipleSource Adaptation, CoRR 805 p. (in Eng)
Hristovski R., Balague Serre N., & Schollhom W. (2014), "Basic notions in the science of complex systems and nonlinear dynamics", Complex Systems in Sport. London, UK: Routledge, рр. 3–17. (in Eng)
Sheldon W. H., Lewis N. D. C., Tenney A. (1969), Psychotic patterns and physical constitution, N.Y., 325 p. (in Eng)
Zadeh L. A. (2015), Fuzzy logic – a personal perspective, Fussy Sets and Systems, 281 p. (in Eng)
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