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A simulator dedicated to strengthening exercises for windsurfers

机译:一种致力于加强风帆冲浪者练习的模拟器

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A simulator consisting of a home-made training apparatus linked to a virtual reality system VRS has been developed in our laboratory. The training apparatus allows working out specific muscle groups. The mechanical part of the simulator followed the structure of a sailboard. A digital simulation consisting of high graphic quality video game was displayed on a screen located at the left of right side of the user. It represented a sailboard on water moving faster as the force applied by the athlete increased. In addition, an audio system and a fan were used to increase the presence. Two sets of measurements were carried out on nine participants (three windsurfers and six non-windsurfers), without and with the VRS in operation. The participants were first asked to perform a pumping exercise during 2mn without the virtual reality system. The force developed by each subject was measured and both heart rate and duration were recorded at the end of the pumping session. After a rest, the same exercise was accomplished with the virtual reality system in operation. The results showed an increase in motivation reflected by a enhancement of heart rate response and cadence of pumping for all the participants with virtual reality system operating when compared to the first case. All users felt more fun when using the training apparatus interfaced with the digital simulation than without.
机译:在我们的实验室开发了一种由与虚拟现实系统VRS相关联的自制培训设备组成的模拟器。训练装置允许制造特定的肌肉群。模拟器的机械部分遵循了帆板的结构。由高图形质量视频游戏组成的数字仿真显示在位于用户右侧左侧的屏幕上。当运动员施加的力量增加时,它代表了水上的帆板移动得更快。此外,音频系统和风扇用于增加存在。在九个参与者(三个帆板训练器和六个非风帆训练器)上进行两套测量,没有和VRS在操作中。首先要求参与者在没有虚拟现实系统的情况下在2MN期间进行泵送运动。测量每个受试者开发的力,并在泵送会议结束时记录心率和持续时间。休息后,使用虚拟现实系统在操作中完成相同的练习。结果表明,与第一种情况相比,通过增强心率响应和泵送的所有参与者的所有参与者的节奏来增加的动机增加。使用与数字模拟的训练设备相比,所有用户都感到更有趣。

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