基于心电的车辆安全实时心率异常检测

V. Mekaladevi, N. Mohankumar
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引用次数: 2

摘要

驾驶是一项所有感官必须共同行动的活动,一个小小的疼痛可能导致重大事故。健康监测系统帮助患有慢性疾病和需要定期和及时医疗照顾的人。道路交通事故造成的死亡人数有所减少,这表明提高道路安全的发明产生了一些影响。驾驶员的健康状况由内置的非侵入式测量系统监测,以确保人身安全。在现实生活中最常见的问题是由于高血压、高血糖等各种原因引起的心脏骤停。心脏功能可以通过提取心电信号来监测,检测是通过Arduino UNO完成的。当检测到采集到的信号异常时,系统会提供一个指示,然后通过CAN Trans接收器停车,提供快速响应。所提出的模型是改善道路和车辆安全的低成本解决方案。
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Real-time Heart Rate Abnormality Detection using ECG for Vehicle Safety
Driving is an activity in which all the senses have to act together and a small pain may lead to major accidents. Health monitoring system helps people suffering from chronic diseases and who needs periodic and timely medical attention. The number of deaths due to road traffic accidents has been reduced, which shows that the inventions to increase road safety have some impact. The driver's health condition is being monitored by an inbuilt nonintrusive measurement system which assures the safety precautions in a person's life. The most common problem found in real life is cardiac arrest due to various reasons like high blood pressure, high sugar level etc. Heart functioning can be monitored by extracting the ECG signal and detection is done with the Arduino UNO. When an abnormality in the acquired signal is detected, an indication is provided and then the car is stopped through CAN Trans receiver, providing a swift response. The proposed model fallouts as a low-cost solution for improving the road and vehicle safety.
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