Entropy Measures Detect Changes in Movement Variability: Sliding Across a Novel Slide Vibration Board in Ice Hockey Players
Entropy Measures Detect Changes in Movement Variability: Sliding across a Novel Slide Vibration Board in Ice Hockey Players J. F. Gisbert-Orozco1, B. Fernández-Valdés1, V. Illera-Domínguez1, S. Rodríguez-Jiménez2 and G. Moras1 1National Institute of Physical Education of Catalonia, University of Barcelona, Av. de l’Estadi 12-22, Barcelona, Spain 2Estel Grup, S. L., Abrera, Spain 1 OBJECTIVES and adaptability (Button et al., 2006) using WBV as a environment constraint. Slideboard (SB) exercise is a multifaceted, closed To evaluate the effect of constraint in non-linear kinetic chain that imparts low-impact forces to the terms is important, because when assessing lower extremities and is used to enhance strength, measures from complex systems such as human endurance, proprioception, agility, balance, body movement, there are components that can provide composition, and cardiorespiratory fitness (Diener, insight into the underlying nature of the system 1994; Weber and Ware, 1998). Additionally, based (McGregor and Bollt, 2012). on previous research we can use the SB exercise as a What is yet unknown, is how these constraints specific and practical off-ice test to evaluate affect the dynamics of kinematic variables and, performance in speed skating, prescribe exercise ultimately, the performance outcomes. The training and monitor adaptations due to training conventional approaches that describe variability programs (Piucco et al., 2016, 2017). using linear measures, provide very limited Apart from this, there is an emerging profile of information about how the motor control system application of vibration as an exercise modality that responds to changes, either within or between is mostly practiced as whole body vibration (WBV), individuals (Stergiou, 2016).
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