Numerical Simulation of Multi-Degree Indoor Skiing Simulation System

H. Yang, Zhe Sun
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Abstract

Skiing as a practical strong sports items, due to the effect of season there is scarcity, so expect in current scientific research scholars to explore in practice to develop an indoor ski, with many degrees of freedom simulation system, to help athletes or interested participants more degrees of freedom indoor ski ski training simulator system. This new training platform can help them strengthen their behavioral awareness in practical training, reduce training time and cost, and promote effective interaction between human autonomous senses and 3D objects in virtual environment. Based on a comprehensive understanding of the current indoor skiing simulator system construction experience, this paper conducted a simulation study on the 3-DOF simulated skiing training platform, and proposed a practical control method. The final results prove that this control platform model can help athletes better carry out skill training.
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多度室内滑雪模拟系统的数值模拟
滑雪作为一项实用性较强的运动项目,由于受季节影响存在稀缺性,因此期望在目前的科研学者在实践中探索开发一种具有多自由度的室内滑雪模拟系统,以帮助运动员或感兴趣的参与者获得更多自由度的室内滑雪模拟训练系统。这种新的训练平台可以帮助他们在实际训练中增强行为意识,减少训练时间和成本,促进虚拟环境中人类自主感官与三维物体的有效交互。本文在全面了解当前室内滑雪模拟器系统建设经验的基础上,对三自由度模拟滑雪训练平台进行了仿真研究,并提出了实用的控制方法。最终结果证明,该控制平台模型能够更好地帮助运动员进行技能训练。
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