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首页> 外文会议>Ambient Intelligence for Health >Fully-Wireless Sensor Insole as Non-invasive Tool for Collecting Gait Data and Analyzing Fall Risk
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Fully-Wireless Sensor Insole as Non-invasive Tool for Collecting Gait Data and Analyzing Fall Risk

机译：全无线传感器鞋垫作为一种非侵入性工具，用于收集步态数据和分析跌倒风险

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This paper presents the final results and future projection of the European project WIISEL (Wireless Insole for Independent and Safe Elderly Living), that reached to build the first full-wireless insole (that include both wireless communication and wireless charging). These insoles provide a new set of non-invasive tools that can be used either at the clinical installations or at home. That solution improves the usability and user experience compared with traditional tools (smart carpets, wired insoles, etc.) that are oriented to clinical installations. And hence, provide a powerful tool for Ambient Intelligent for Health, especially for elderly people, increasing their autonomy and providing means for long term monitoring. Health parameters analysed are fall risk and gait analysis. Both are assessed on the establishment of clinical parameters such as fall risk index, and gait pattern and fall detection and algorithms. All those can be obtained thanks to our fully-wireless flexible insole that contains the sensors, embedded processing and wireless communications and charging. Pressure and inertial sensors are embedded into the insoles and a smartphone collects data utilizing Bluetooth Low Energy that is later sent to a main server analysis for its management, analysis and storage. This provides the selected information to the corresponding platform users being either end-users/patients, their relatives or caregivers and the related clinicians.
机译：本文介绍了欧洲项目WIISEL（用于独立和安全的老年人生活的无线鞋垫）的最终结果和未来展望，该项目旨在构建首款全无线鞋垫（包括无线通信和无线充电功能）。这些鞋垫提供了一套新的非侵入性工具，可在临床机构或家庭中使用。与面向临床安装的传统工具（智能地毯，有线鞋垫等）相比，该解决方案提高了可用性和用户体验。因此，为Ambient Intelligent for Health（尤其是老年人）提供了强大的工具，可以增强他们的自主权并提供长期监控的手段。分析的健康参数是跌倒风险和步态分析。两者都根据临床参数的建立进行评估，例如跌倒风险指数，步态模式和跌倒检测以及算法。所有这些都可以归功于我们的全无线柔性鞋垫，其中包含传感器，嵌入式处理以及无线通信和充电功能。压力和惯性传感器嵌入鞋垫中，智能手机利用低功耗蓝牙技术收集数据，该数据随后发送至主服务器分析以进行管理，分析和存储。这将选择的信息提供给相应的平台用户，这些用户是最终用户/患者，其亲戚或护理人员以及相关的临床医生。

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