天才问题的心理生理学研究与高质量运动选择

A. Drozdovski, A. Banayan, L. Ulyaeva
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引用次数: 0

摘要

文章指出,天赋(才能)和高质量的体育选择问题不能仅仅通过测量人体测量指标来解决,也不能仅仅通过问卷调查、谈话、访谈、观察等测试来解决,这些都是当今体育心理学家的主要手段。与此同时,国家差异心理生理学的科学发展,扩大了解决本文所指出的问题的可能性,却被忽视了。作者提出的心理生理学方法是基于对特定运动专业的自然倾向进行评估的方法,该方法以动作算法为前提:通过E.P. Ilyin的运动技术对神经系统特性(NSP或其他-神经动力学特性)进行仪器测量;确定受试者的个体神经动力学特征,并将其与已知的、实验确定的“模型”神经动力学特征进行比较,就发生频率而言,模型神经动力学特征在高性能运动的代表中占主导地位。作者指出了一个众所周知的科学事实——人类的NSP对于成长过程中的变化是相当保守的,这对于提出的用心理生理学方法来解决天赋和体育选择问题是至关重要的。科学数据的指示也很重要,这证实了一个趋势,即作为类型复合体(TC)的一部分,NSP测量的许多可能的组合,最新的数量急剧减少到几个甚至一个,在达到高水平技术的运动员中占主导地位。本文指出,在高性能运动不同专业代表中占主导地位的模型神经动力学特征的知识是实验基础,考虑到早期(6岁及以上)识别潜在天赋运动员是可能的,如果选择体育专业的受试者的神经动力学特征也已知,这是非常可行的。文章指出,如果不了解运动员的自然心理能力和特点的严重程度,就不可能优化所选运动专业的训练计划,并给出了不同位置(前锋、守门员、后卫)运动员的这种预测的例子,其中预测是基于个体神经动力学特征的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Psycho-physiological approach to the problem of giftedness and high-quality sports selection
The article notes that the problem of giftedness (talent) and highquality sports selection cannot be solved only by measuring anthropometric indicators, or only by tests-questionnaires, conversations, interviews, observations, which are dominate in the sports psychologists arsenal of nowadays. Meanwhile, the scientific developments of the national differential psychophysiology, that expand the possibilities for solving the problems indicated in the article, are ignored. The psychophysiological approach proposed by the authors is based on the method for assessing the natural predisposition of the subject to the definite sports specializations that presupposes the algorithm of actions: instrumental measurement of the nervous system’s properties (NSP, or otherwise, – neurodynamic characteristics) by E.P. Ilyin’s motor techniques; determination of the individual neurodynamic characteristics of the subject and their comparison with the known, experimentally identified “model” neurodynamic characteristics, which dominate, in terms of frequency of occurrence, among representatives of high-performance sports. The authors note a well-known scientific fact – the human’s NSP are rather conservative to changes in the growing-up process, which is essential to justification for the proposed psychophysiological approach to the problem of giftedness and selection in sports. The indications of scientific data are also significant, which are confirming the trend that with many possible combinations measuring by NSP, as a part of typological complexes (TC), the number of the latest is steeply reduced to several or even to one, dominating among athletes who have reached a high level of skill. The article states that the knowledge of the model neurodynamic characteristics dominating among representatives of different specializations in high-performance sports is the experimental basis, considering which it becomes possible early (6 years and older) identification of potentially gifted athletes, which is quite practicable if the neurodynamic characteristics of the subject for whom the choice of sports specialization is made are also known. The article notes that the optimization of training programs in the chosen sports specialization is impossible without knowing the severity of natural psychological abilities, peculiarities, and an example is given of such a forecast for athletes with different playing positions (forward, goaltender, defender), where the forecast is based on individual neurodynamic characteristics.
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