Invasion

Tomofumi Horie, Motohiko Kato, A. Nakayama, Kayoko Kimura, S. Fukuhara, K. Takabayashi, N. Hosoe, N. Yahagi, H. Ogata, Y. Iwao, T. Kanai
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Abstract

Currently, it exists a study increase related to the external load assessment through inertial devices in invasion team sports. The monitoring is has been performing in one anatomical location depending of the manufacturer recommendations. The challenge arises when the single location measurement does not detect the total load of the body and a multi-location assessment is required to accurately evaluate the athlete’s body workload. Therefore, the purpose of the present study is to design and validate a field-test battery for external multi-location workload assessment in the most common displacements in invasion team sports. Five tests composed the battery that evaluate the following capacities/abilities: (a) aerobic, linear displacement; (b) lactic anaerobic capacity, acceleration and deceleration, (c) non-lactic anaerobic capacity, curvilinear displacement (d) elastic capacity, jump, (e) conditional physical capacity, small-sided games. Therefore, using this group of tests will provide the team staff with a global overview and an individualized multi-location workload profile of the athlete.
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入侵
目前,在侵入性团体运动中,利用惯性装置进行外负荷评估的研究较少。根据制造商的建议,在一个解剖位置进行监测。当单一位置测量不能检测到身体的总负荷,而需要多位置评估来准确评估运动员的身体负荷时,挑战就出现了。因此,本研究的目的是设计和验证一个实地测试电池,用于入侵团队运动中最常见的位移的外部多地点工作量评估。电池由五项测试组成,评估以下能力/能力:(a)有氧线性位移;(b)乳酸无氧能力,加速和减速;(c)非乳酸无氧能力,曲线位移;(d)弹性能力,跳跃;(e)有条件的身体能力,小边游戏。因此,使用这组测试将为团队工作人员提供运动员的全球概况和个性化的多地点工作量概况。
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