Research on the Application of Motion Capture of Kinect Technology in the Sport Training

机译：动议捕获在运动训练中的运动捕获在运动训练中的应用研究

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For the real-time motion capture in the sport training to analysis and study, this paper adopts Kinect technology and the development of sports training combined with. Kinect somatosensory the camera as the system core, the body movements, facial expressions capture system in development costs, operating results and the development efficiency has the optimal balance point. The purpose of this research is based on the OGRE graphics rendering engine, using 3DSMAX and open source code, the design and implementation of Kinect somatosensory camera and 3DSMAX, OGRE combination of game action, motion capture system based on. This system provides an important help for realizing the real-time motion capture in the sports training, can be used in the field of sports training.

机译：对于体育培训中的实时运动捕获分析和研究，本文采用Kinect技术和运动培训的发展。 Kinect Somatososory相机作为系统核心，身体运动，面部表情捕获系统的开发成本，运营结果和开发效率具有最佳平衡点。本研究的目的是基于OGRE图形渲染引擎，使用3DSMAX和开源代码，Kinect Somatosory Camera的设计和实现以及3dsmax，游戏动作的OGRE组合，运动捕捉系统基于Web。该系统为实现运动训练中的实时运动捕获提供了重要帮助，可以在体育培训领域中使用。

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《International Conference on Materials Science and Computational Engineering》|2014年||共4页
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作者
Quanwei Shi;
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中图分类 TB3-53;
关键词
Kinect; 3D Body and Facial Expressions; 3D Graphics Engine; Real-time Motion Capture; Sport Training;

机译：Kinect;3D身体和面部表情;3D图形引擎;实时运动捕获;体育训练;

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1. Application and Research of Kinect Motion Sensing Technology on SubstationSimulation Training System [J] . JunFeng Li, Shan Xiong, Feng Gao The Open Cybernetics & Systemics Journal . 2017,第1期

机译：Kinect运动传感技术在变电站仿真培训系统中的应用研究
2. Using Xbox kinect motion capture technology to improve clinical rehabilitation outcomes for balance and cardiovascular health in an individual with chronic TBI [J] . Shane Chanpimol, Bryant Seamon, Haniel Hernandez, Archives of physiotherapy. . 2017,第1期

机译：使用Xbox kinect运动捕捉技术改善患有慢性TBI的个体的临床康复结果，以达到平衡和心血管健康
3. Tractor cabin ergonomics analyses by means of kinect motion capture technology [J] . Contemporary Engineering Sciences . 2015,第28期

机译：借助kinect运动捕捉技术对拖拉机机舱进行人体工程学分析
4. Research on the Application of Motion Capture of Kinect Technology in the Sport Training [C] . Quanwei Shi International Conference on Materials Science and Computational Engineering . 2014

机译：动议捕获在运动训练中的运动捕获在运动训练中的应用研究
5. Motion Comparison and Tactic Analysis in Sports Training. [D] . Sun, Hao. 2014

机译：运动训练中的动作比较和战术分析。
6. Model-Based Reinforcement of Kinect Depth Data for Human Motion Capture Applications [O] . Luis Vicente Calderita, Juan Pedro Bandera, Pablo Bustos, 2013

机译：基于模型的Kinect深度数据在人体运动捕捉应用中的增强
7. Figure 3: Third task setup: (A) Block reaching task. In each trial, the participant places their right hand to the side of the rightmost line and then moves until reaching the black block. Six precision motion capture cameras are attached one to each pillar. The user wears the Oculus Rift HMD and the Kinect is positioned in front of the table. Three task stages (B) as captured by the Oculus plus Kinect (C) and OptiTrack (D) systems. [O] . -1

机译：图3：第三任务设置：（a）块到达任务。在每次试验中，参与者将其右手放在最右边线的一侧，然后移动直到到达黑色块。六个精密运动捕获摄像机连接到每个支柱。用户佩戴Oculus Rift HMD，Kinect位于桌子前面。由Oculus Plus Kinect（C）和Optitrack（D）系统捕获的三个任务阶段（b）。

Research on the Application of Motion Capture of Kinect Technology in the Sport Training

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