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足球训练过程的人体工程学模型。

An ergonomics model of the soccer training process.

作者信息

Reilly Thomas

机构信息

Research Institute for Sport and Exercise Sciences, Liverpool John Moores University, UK.

出版信息

J Sports Sci. 2005 Jun;23(6):561-72. doi: 10.1080/02640410400021245.

Abstract

An ergonomics model of training is described in which the demands of the game and the fitness profiles of soccer players are placed in perspective. The demands of the game may be gauged by monitoring the work rate of players during matches and the concomitant physiological responses. These indices suggest an increased tempo in contemporary professional soccer compared with previous decades, a trend replicated in the fitness levels of players. The simulation of the exercise intensity corresponding to match-play has enabled sport scientists to study discrete aspects of play under laboratory conditions. Observations highlight the value of exercising with the ball where possible, notably using activity drills in small groups. Small-sided games have particular advantages for young players, both in providing a physiological training stimulus and a suitable medium for skills work. While complementary training may be necessary in specific cases, integrating fitness training into a holistic process is generally advisable.

摘要

本文描述了一种训练的人体工程学模型,该模型将比赛需求与足球运动员的体能状况进行了综合考量。比赛需求可以通过监测球员在比赛中的工作强度以及相应的生理反应来衡量。这些指标表明,与过去几十年相比,当代职业足球的节奏有所加快,球员的体能水平也呈现出同样的趋势。模拟与比赛相当的运动强度,使体育科学家能够在实验室条件下研究比赛的各个离散方面。观察结果突出了尽可能带球训练的价值,特别是使用小组活动训练。小型比赛对年轻球员具有特殊优势,既能提供生理训练刺激,又是进行技能训练的合适媒介。虽然在特定情况下可能需要进行补充训练,但一般建议将体能训练纳入一个整体过程。

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