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Human Parameter Acquisition System Design Based on Three-axis Gyroscope

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DOI: 10.23977/icamcs2019.78

Author(s)

Ming Tang, Shengli Hao

Corresponding Author

Ming Tang

ABSTRACT

With the development of Internet of Things applications, it is possible to capture human parameters in real time using sensors. The collection of human body data is widely used in the measurement of sports energy consumption and the collection of health information. The system designs a three-axis gyroscope-based human parameter system, which is dominated by STM32 and is controlled by MPU6050 and MAX30102. Sensors collect information such as body movement parameters, body temperature, heart rate, blood oxygen, etc. The collected data is also uploaded to the server and visualized by the server. With the improvement of people's living standards, more and more people pay attention to their own health and family, whether through exercise health management, or usually monitor their own physical condition, especially the health status of the elderly population, make the real-time collection of human parameters become very important.

KEYWORDS

Three-axis gyroscope, STM32, Human parameter acquisition

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