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Research on 3D simulation of swimming technique training based on FPGA and virtual reality technology

机译:基于FPGA和虚拟现实技术的游泳技术训练3D模拟研究

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摘要

Swimming is one of the most popular attractions for college students but difficult to master. Virtual reality technology can solve mutual inductance and low efficiency of a software framework for physical and virtual reality model of the proposed system problems. Ecosystem swimming can improve. One solution to the effectiveness of cognitive-behavioral issues separate system; cognitive-behavioral research has broad prospects. Swimming through the students? correct behavior showed the incorrect comparison analysis, virtual reality system to solve the real problems of education swimming monotonous. It uses an efficient 3D processing algorithm to estimate the real-time Meta attributes displayed through the key input and multi-touch input and the synthesized sound?s fast physical modeling. The mobile computing device having relatively limited resources, we can provide a large number of multi-mode feedback, according to user input in real time. Support the development of the 3D simulation of swimming skills. 3D virtual reality image improved, and further supports the use of virtual reality FPGA design.
机译:游泳是大学生最受欢迎的景点之一,但难以掌握。虚拟现实技术可以解决所提出的系统问题的物理和虚拟现实模型的软件框架的互感和低效率。生态系统游泳可以改善。一种解决方案对认知行为问题的有效性分开系统;认知行为研究具有广阔的前景。穿过学生?正确的行为显示了不正确的比较分析,虚拟现实系统,以解决教育游泳单调的真正问题。它使用高效的3D处理算法来估计通过键输入和多点触摸输入和合成的声音的实时元属性以及合成的声音的快速物理建模。具有相对有限的资源的移动计算设备,我们可以在实时输入的用户输入的情况下提供大量的多模反馈。支持开发游泳技能的3D模拟。 3D虚拟现实图像改进,进一步支持虚拟现实FPGA设计的使用。

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