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Optimal Model for Velocity Strength Training Methods for Boy Sprinters Base on Fuzzy Matrix

机译:基于模糊矩阵的男子短跑运动员速度力量训练方法的优化模型

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摘要

With literature consultation, Delphi method, fuzzy mathematics, experimental method and mathematical statistics method, from multi viewpoints, this study analyzes the velocity strength quality of boy two-level sprinters in quality and quantity. The result shows, with fuzzy mathematics, we can judge the relative degree between velocity strength and various methods, with quantitative disposal to analyze quantitatively, which has certain theoretic significance; according to analysis of fuzzy relation and corresponding relation, build the classification figure for velocity strength training method for boy sprinters; relative data proof, the optimal organization of different training methods can outstand the training specialization and save time and energy, so as to supplement the special training theories, to provide theoretic references and practical instructions for most coaches' training processes, to improve the efficiency.
机译:结合文献咨询,德尔菲法,模糊数学,实验法和数理统计法,从多角度对男孩两级短跑运动员的速度力量素质进行了质量和数量的分析。结果表明,利用模糊数学可以判断速度强度与各种方法之间的相对程度,并通过定量处置进行定量分析,具有一定的理论意义;根据模糊关系及对应关系的分析,建立男子短跑运动员速度力量训练方法的分类图。相关数据证明,不同训练方法的最优组织可以突出训练的专业性,节省时间和精力,从而补充特殊的训练理论,为大多数教练的训练过程提供理论参考和实践指导,提高效率。

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