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Machine learning based portable device for detection of cardiac abnormality

机译:基于机器学习的便携式设备,用于检测心脏异常

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Heart auscultation is a useful method for diagnosis of cardiac diseases using conventional stethoscope. This paper proposes a convenient, efficient and non-invasive device for automatic detection of cardiac abnormalities. The conventional method takes time and involves medical professionals for detection. Diagnosis of cardiac diseases using automatic diagnosis of heart sounds will be very useful in primary health care (PHC) centers where professional help is unavailable. The proposed work presents a machine learning based portable device for real time diagnosis and classification of cardiac diseases using heart sound. The proposed device is a battery operated and standalone device and uses a low cost 1.2 GHz quad core processor and a digital medical instrument to record and listen the heart sound which indicates that the proposed device is efficient and a low cost device making it suitable for applications in real time.
机译:心脏听诊是使用常规听诊器诊断心脏病的有用方法。本文提出了一种方便,高效,无创的自动检测心脏异常的设备。常规方法需要时间并且需要医学专业人员进行检测。在没有专业帮助的初级卫生保健(PHC)中心,使用心音的自动诊断诊断心脏病将非常有用。拟议的工作提出了一种基于机器学习的便携式设备,用于使用心音对心脏病进行实时诊断和分类。拟议的设备是电池供电的独立设备,并使用低成本的1.2 GHz四核处理器和数字医疗仪器来记录和收听心音,这表明拟议的设备是有效的,并且低成本的设备使其适合于应用实时。

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