超音波、心電図、動脈硬化指標など統合システム化

超音波、心電図、動脈硬化指標など統合システム化

ワイヤレス 携帯 連続 動脈硬化指標

2013年7月3日水曜日

マイクロセンサ

Energy-efficient Long Term Physiological Monitoring Recently, several wireless body sensor-based systems have been proposed for continuous, long-term physiological monitoring. A major challenge in such systems is that a large amount of data is collected, and transmission of this data incurs significant energy consumption at the sensor. In this work, we demonstrate a data reporting method that significantly reduces energy consumption while maintaining a high diagnostic accuracy of the reported physiological signal. This is achieved by using a generative model of the physiological signal of interest at the sensor, and suppressing data transmission when sensed data matches the model. In this demonstration, we implement the proposed technique for electrocardiogram (ECG) signal and illustrate its performance in terms of energy savings and accuracy of reported data.

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