基于可穿戴智能手表大数据分析的智能健康管理

CHEN Xiao-Yong , YANG Bo-Xiong , ZHAO Shuai , DING Jie , SUN Peng , GAN Lin Lindy
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引用次数: 0

摘要

在健康管理和应用中仍然存在数据不足、技术有限、缺乏医生运用医学理论进行专业评价的方法等问题。在这项研究中,一种智能方法是基于对可穿戴智能手表收集的生理大数据的分析。首先,通过佩戴智能手表从个人身上连续收集脉搏、心率和血氧等生理数据,并对数据进行数字传输。其次,通过窄带物联网将传输的数据发送到健康管理平台。通过分析数据,医生通过一个智能的数学模型来评估个人情况。最后,通过智能手机应用程序将结果反馈给个人,以完成医学诊断、疾病预测或警告。经过多年研究创造的智能健康管理方法和技术已经得到验证,将为健康管理提供一种新的有效策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Intelligent health management based on analysis of big data collected by wearable smart watch

Some problems still exist in health management and application such as insufficient data, limited technology, and lack of professional evaluation methods by physicians with medical theory. In this study, an intelligent method is based on an analysis of physiological big data collected by wearable smartwatches. Firstly, physiological data such as pulse, heart rate, and blood oxygen were collected continuously from individuals by wearing smartwatches, and the data was digitally transmitted. Secondly, the transmitted data was sent to a health management platform by Narrow Band Internet of Things. Analyzing the data, physicians evaluated individual situations via an intelligent math model. Finally, the results were fed back to individuals through a smartphone APP to finish a medical diagnosis, disease prediction, or warning. The intelligent health management method and technology created via years of studies have been verified and will provide a new and effective strategy for health management.

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