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首页> 外文会议>2016 IEEE First Conference on Connected Health: Applications, Systems and Engineering Technologies >Design of a Secure, Biofeedback, Head-and-Neck Posture Correction System
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Design of a Secure, Biofeedback, Head-and-Neck Posture Correction System

机译：安全的生物反馈头颈部姿势校正系统的设计

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摘要

Millions of patients are suffering from neck pains in the United States and all around the world. The most common condition that contributes neck and shoulder pains is poor head and shoulder posture. This research is motivated by the need of a tool to remind students and heavy computer users to correct their poor postures and prevent neck and shoulder pains. We develop a head-and-neck posture correction system with real-time head-and-neck posture monitoring and biofeedback mechanisms. An accelerometer and a microcontroller are used to collect and compute the cranial-vertebral angles from which the head and neck postures are analyzed. Angle data are sent to the cloud for storage and further analysis. Identity management and secure data storage and transfer are designed and implemented.
机译：在美国和世界各地，数百万的患者正遭受颈部疼痛的困扰。导致颈部和肩部疼痛的最常见情况是不良的头肩姿势。这项研究的动机是需要一种工具来提醒学生和重型计算机用户纠正不良姿势并防止颈部和肩膀疼痛。我们开发了具有实时头颈部姿势监测和生物反馈机制的头颈部姿势校正系统。加速度计和微控制器用于收集和计算颅-椎角度，从中分析头部和颈部的姿势。角度数据将发送到云进行存储和进一步分析。身份管理和安全数据存储与传输的设计和实现。

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