增强现实和智能传感器用于物理康复

João Monge, O. Postolache
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引用次数: 22

摘要

智能假肢康复由于技术的普及和成本的高昂,成为一个新的现实和挑战。在此背景下,本文提出了一种将增强现实严肃游戏与可穿戴传感器网络相结合的智能假肢康复系统,以提高患者在假肢康复过程中的参与度。所实施的系统还提供健康状况评估,获取重要数据供临床专业人员分析。可穿戴传感器基于Simblee平台,该平台使用IMU捕获与下肢运动相关的运动学和动态量,以及肌肉激活和心脏活动。基于iOS智能手机的增强现实平台确保了医疗保健物联网的兼容性,该平台与可穿戴无线传感器网络通信,并在对数据进行初步处理后,将分析数据上传到基于AWS云的web平台。
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Augmented Reality and Smart Sensors for Physical Rehabilitation
The smart physical rehabilitation becomes a new reality and challenge regarding the technology adoption by the users and high costs. In this context, the paper presents a smart physical rehabilitation system that combines augmented reality serious games and wearable sensor network to improve the patient engagement during physical rehabilitation. The implemented system provides also health status assessment acquiring vital data to be analyzed by clinical professionals. The wearable sensing is based on the Simblee platform that captures kinematic and dynamic quantities associated with lower limb motion using an IMU as so as the muscular activation and cardiac activity. The Healthcare IoT compatibility is assured by an augmented reality platform based on iOS smart phone that communicates with wearable wireless sensor network and after primary processing of the data it uploads the analyzed in an AWS cloud based web platform.
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