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We have constructed a new application of continuous sensing of human physiological data during daily a business setting. By capturing the subtle changes and differences in motion rhythm detected through an accelerator rather than trying to identify the context of human activities, we are envisioning the prediction of a person's psychological flow state, i.e., the engagement in one's task. A badge-shaped...
This paper clarifies the shape of new life-integration electronics to come and proposes novel low-power technologies inherent in this direction. This new electronics pursues amplification of human capability and enables human growth, just like a mirror. An ultra-small 30cm3 module has been developed for use as a wearable Sensornet/Internet terminal. A basic low-power technique "rhythm detection"...
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