基于增强现实的步态分析系统

R. Ortega-Palacios, J. Salgado-Ramírez, J. Valdez-Hernández
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引用次数: 2

摘要

步态分析是对人类行走的系统研究。本文介绍了基于增强现实(AR)技术的三维步态分析系统的开发。增强现实允许用户实时看到一个虚拟元素重叠在上面的真实世界。构建三维步态分析系统需要确定标记物位置进行步态分析,利用Arduino技术开发电子电路控制加速度计和红外led馈送虚拟三维场景,开发人机界面建立电子电路与计算机之间的通信协议,生成基于加速度计和红外led的增强现实。
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Gait Analysis System by Augmented Reality
Gait analysis is the systemic study of human walking. In this paper we present the development of a 3D gait analysis system based on Augmented Reality (AR). AR allows a user to see a real world with virtual elements overlapped upon it in real time. To build the 3D Gait Analysis system was necessary to determine markers position for gait analysis, develop an electronic circuit with Arduino technology to control accelerometers and infrared leds to feed the virtual 3D scene, develop human-machine interface to establish a communication protocol between the electronic circuit and the computer and generate augmented reality based on accelerometers and infrared leds.
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