基于树莓派和深度学习模型的人体健康系统

Xingyu Zhao, Wangxin Wu, Zheng Jian
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摘要

本设计采用树莓派(Raspberry Pi)控制传感器测量生理指标,避免测量结果受主观因素影响。本系统设计选择使用简单的传感器,整体系统在硬件设计和制作上简单易行,具有成本低、功耗低、操作方便等优点。这套基于 Raspberry Pi 的人体健康监测系统可以基本实现对人体体温、心率和血氧饱和度的监测,当上述健康数据超出人体健康标准值时,就会进行报警提醒。同时,健康信息可以通过网络数据传输到亲属和家庭医生的电脑上,当健康数据出现异常时,可以得到亲属和家庭医生的帮助。深度学习算法还可用于预测人体健康趋势,发现潜在的健康问题。
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A Human Health System Based on Raspberry Pi and Deep Learning Models
This design uses Raspberry Pi to control the sensors to measure physiological indicators, avoiding the measurement results to be affected by subjective factors. This system design chooses to use a simple sensor, the overall system in the hardware design and production is simple and easy to implement, with low cost, low power consumption, easy to operate and other advantages. This Raspberry Pi based human health monitoring system can basically realise the human body temperature, heart rate and blood oxygen saturation monitoring, and when the above health data exceeds the human body health standard value, it will carry on the alarm reminder. At the same time, the health information can be transmitted to the computer of relatives and family doctors through the network data, so that when the health data is abnormal, you can get the help of relatives and family doctors. Deep learning algorithms can also be used to predict human health trends and identify potential health problems.
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