Application of hardwares in the process of training of skilled sportswomen
DOI:
https://doi.org/10.6084/m9.figshare.771086Keywords:
hardwares, technologies, skill, standardAbstract
Purpose of work - to systematize information to scientifically-methodical literature and front-rank sporting practice about application of hardwares in the process of training of skilled sportswomen. Results. Some directions of application of hardwares are considered in track-and-field sport. The presented materials will be instrumental in intensification of process of training of skilled sportswomen. The prospects of further expansion of sphere of the use of hardwares are shown in track-and-field sport. Conclusions. It is marked that among the possible ways of development of method of training of skilled sportswomen all less than it is possible to hope on achievement of success, leaning only against further growth of volume and intensity of the training loading. With all by large attention trainers and representatives of sporting science will examine the prospects of the use of hardwares which provide moving toward higher trade. It is marked that for forming of proof motive skill creation of certain terms is needed for implementation of exercises. These terms must provide maximally possible probabilities for the effective achieving motive possibilities of sportswoman. Also, these terms must provide possibilities of process of implementation of exercises control on strengthening of skill which has large probability to reproducing in the attempt of desirable record result.References
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<p>Akhmetov R.F. <i>Teoretiko-metodichni osnovi upravlinnia bagatorichnoiu pidgotovkoiu stribuniv u visotu visokogo klasu </i>[Theoretical methodical basis of government the long-term training of high jumpers of high class], Zhitomir, 2005, 283 p.</p>
<p>Bojko E.S. <i>Issledovanie vozmozhnostej intensifikacii processa podgotovki vysokokvalificirovannykh metatelej s ispol'zovaniem special'nykh tekhnicheskikh sredstv</i> [Research of possibilities of intensification of process of training of highly skilled throwers with the use of the special hardwares], Moscow, Physical Culture and Sport, 2007, 132 p.</p>
<p>Bulatova M.M. <i>Teoretiko-metodicheskie osnovy realizacii funkcional'nykh rezervov sportsmenov v trenirovochnoj i sportivnoj deiatel'nosti</i> [Theoretical methodical bases of realization of functional backlogs of sportsmen in training and sporting activity], Dokt. Diss., Kiev, 1996, 50 p.</p>
<p>Gamalij V.V. <i>Biomekhanichni aspekti tekhniki rukhovikh dij u sporti</i> [Biomechanics aspects of technique of motive actions in sport], Kiev, Scientific World, 2007, 212 p.</p>
<p>Kashuba V.A., Litvinenko Iu.V. <i>Nauka v olimpijskom sporte </i>[Science in Olympic Sport], 2008, vol.1, pp. 94–101.</p>
<p>Kutek T.B. <i>Moloda sportivna nauka Ukrayini </i>[Young sport science of Ukraine], 2011, vol.2, pp. 141–147.</p>
<p>Laputin A.N. <i>Gravitacionnaia trenirovka</i> [Gravitation training], Kiev, Knowledge, 1999, 316 p.</p>
<p>Laputin A.M., Gamalij V.V., Arkhipov O.A., Kashuba V.O., Nosko M.O. <i>Biomekhanika sportu</i> [Sport biomechanics], Kiev, Olympic Literature, 2005, 320 p.</p>
<p>Maksimenko G.N. <i>Teoretiko-metodicheskie osnovy podgotovki iunykh legkoatletov</i> [Theoretical methodical bases of training of young athletes], Lugansk, Al'ma-mater, 2007, 394 p.</p>
<p>Platonov V., Laputin A., Kashuba V. <i>Nauka v olimpijskom sporte </i>[Science in Olympic Sport], 2004, vol.2, pp. 96–100.</p>
<p>Platonov V.N. <i>Sistema podgotovki sportsmenov v olimpijskom sporte</i> [The system of preparation of sportsmen in Olympic sport], Kiev, Olympic Literature, 2004, 808 p.</p>
<p>Popov G.I. <i>Biomekhanicheskie osnovy sozdaniia predmetnoj sfery dlia formirovaniia i sovershenstvovaniia dvizhenij</i> [Biomechanics bases of creation of subject sphere for forming and perfection of motions], Dokt. Diss., Moscow, 1992, 626 p.</p>
<p>Popov G.I. <i>Biomekhanika</i> [Biomechanics], Moscow, Academy, 2005, 254 p.</p>
<p>Popov G.I. <i>Nauka v olimpijskom sporte </i>[Science in Olympic Sport], 2005, vol.2, pp. 159–168.</p>
<p>Ratov I.P., Popov G.I., Longinov A.A., Shmonin B.V. <i>Biomekhanicheskie tekhnologii podgotovki sportsmenov </i>[Biomechanics technologies of training of sportsmen], Moscow, Physical Culture and Sport, 2007, 120 p.</p>
<p>Selivanova T.G. <i>Issledovaniia vozmozhnostej korrekcii dvizheniia sportsmenov pri ispol'zovanii stimuliacionnykh i programmiruiushchikh ustrojstv</i> [Researches of possibilities of sportsmen correction of motion at the use of stimulation and programing devices], Moscow, Physical Culture and Sport, 2005, 127 p.</p>
<p>Khmel'nic'ka I.V. Programne zabezpechennia biomekhanichnogo videokomp'iuternogo analizu sportivnikh rukhiv [Biomechanics videocomputer analysis of sporting motions software]. <i>Olimpijs'kij sport i sport dlia vsikh</i> [Olympic sport and sport for all], Kiev, 2010, p. 568.</p>
<p>Shavers'kij V.K. <i>Moloda sportivna nauka Ukrayini </i>[Young sport science of Ukraine], 2009, vol.4(13), pp. 204–208.</p>
<p>Iavors'ka T.Ie. <i>Fizichna kul'tura, sport ta zdorov’ia naciї</i> [Physical culture, sport and health of nation], 2009, vol.2(8), pp. 162–167.</p>
<p>Moreno-Aranda J., Sierag A. Force response to electrical stimulation of canine skeletal muscles. <i>Journal of Biomechanics</i>, 1991, vol.2, pр. 595–599.</p>
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2013-10-28
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Kutek T. Application of hardwares in the process of training of skilled sportswomen. Physical Education of Students. 2013;17(5):60-4. https://doi.org/10.6084/m9.figshare.771086
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