Design of e-Health System for Heart Rate and Lung Sound Monitoring with AI-based Analysis

Kuei-Chung Chang, Jun-Wei Huang, Yi-Fong Wu
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引用次数: 1

Abstract

Traditionally, doctors have used stethoscopes for chest auscultation to diagnose respiratory and heart diseases. Auscultation can be used to initially diagnose the status of the patient, but this depends on the doctor's experience and waste time. Recently, electronic auscultation is proposed to diagnose the condition more carefully by sampling and processing sound signals. This paper designs a simple self-made stethoscope to digitize medical sound data. The sounds are then analyzed to give preliminary diagnosis to track health condition. The wave of monitored sounds and analyzed results can be displayed on mobile phones, so that patients can know health status immediately. In addition, an e-health home gateway and cloud-based AI system are also proposed for home-care patients to monitor health condition of chronic patients anytime at home or long-care center.
基于人工智能分析的心率和肺声监测电子健康系统设计
传统上,医生使用听诊器进行胸部听诊来诊断呼吸和心脏疾病。听诊可用于初步诊断病人的病情,但这要依赖医生的经验而浪费时间。最近,电子听诊被提出通过采样和处理声音信号来更仔细地诊断病情。本文设计了一种简易的自制听诊器,实现了医学声音数据的数字化。然后对这些声音进行分析,给出初步诊断,以跟踪健康状况。监测的声音波和分析结果可以在手机上显示,让患者可以立即了解健康状况。此外,还提出了一个电子健康家庭网关和基于云的人工智能系统,供家庭护理患者随时在家中或长期护理中心监测慢性患者的健康状况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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