无所不在可穿戴设备的研制及其在自行车运动中的应用

2007 6th International Special Topic Conference on Information Technology Applications in Biomedicine Pub Date : 2007-12-26 DOI:10.1109/ITAB.2007.4407412

D. Watanabe, K. Yamashita, T. Kiryu

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引用次数: 0

摘要

我们在一个可穿戴设备中嵌入控制功能和监测身体活动，用于在独立和现场控制几种类型的动力健康促进机。该装置由一个带有板载a - d转换器的Linux板组成，可测量5个通道的生物信号，包括体表肌电信号和心电信号。接口是用于连接网络的有线和无线局域网端口。此外，还提供了web服务器和LCD单元，以便在任何地方浏览结果。我们将该单元应用于控制室内的自行车劳力计工作量和现场的电动辅助自行车，同时监测身体活动并通过模糊推理估计疲劳。结果表明，通过心率和肌肉活动来控制动力健康促进机是可能的。

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Development of a Ubiquitous Wearable Unit and its Application to Cycling Exercise

We embedded control function as well as monitoring physical activity in a wearable unit for controlling several types of powered health promotion machines on standalone and on-site. The unit consisted of a Linux board with an on-board A-D converter that measures 5 channels of biosignals including surface EMG and ECG. The interfaces were wired and wireless LAN ports for connecting networks. Besides, Web-server and a LCD unit were provided for browsing the results at any place. We applied the unit for controlling the cycle ergometer workload in the room and the power-assisted bicycle in the field for live subjects, while monitoring physical activity and estimating fatigue by a fuzzy inference. The results showed a possibility for control of powered health promotion machines by heart rate and muscle activity on-site.

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2007 6th International Special Topic Conference on Information Technology Applications in Biomedicine

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