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Design and implementation of a multi sensors self sustainable wearable device

机译:多传感器自动可持续可穿戴设备的设计与实现

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Wearable electronics is increasingly attracting researchers and manufacturers for the application opportunities it opens. Chip makers are responding to the hot wearable-computer trend with new components, microcontrollers and sensors. The most critical challenge is the autonomy of the systems. Even if battery management can help in extending the lifetime, the trade-off between features given by a multisensory platforms and autonomy can determine if a platform will win or not in the marketplace. In this paper we present a bracelet device, which attempts to maximize the capability of sensors on board, while still keeping the energy consumption low. Aggressive power management and an accurate selection of the sensors are addressed in this paper to demonstrate the effectiveness of our design.
机译:可穿戴电子产品越来越多地吸引其开放的应用机会的研究人员和制造商。 芯片制造商正在通过新的组件,微控制器和传感器响应热穿戴计算机趋势。 最关键的挑战是系统的自主权。 即使电池管理有助于扩展寿命,多句子平台和自主性提供的功能之间的权衡也可以确定一个平台是否会在市场中获胜。 在本文中,我们提出了一种手镯装置,该手链装置试图最大化车载传感器的能力,同时仍然保持能量消耗低。 本文解决了激进的电源管理和精确选择传感器,以展示我们设计的有效性。

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