Acquisition and Identification of Vata, Pitta and Kapha of an individual

S. G C, S. T. Veerabhadrappa, Abhishek Gosh
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Abstract

With the ever-increasing number of diseases in today's world, there is a need for a system to provide early diagnosis and the root cause of human health. Indian and Chinese traditional medicine system provides natural and simple solutions to detecting health issues. Nadi-Nidan is an ancient medical technique, traced back to ancient Indian traditional health monitoring, known to indicate all the health features of a human body. In Nadi Nidan, Wrist pulses or arterial pulses are sensed to diagnose the health status. The study was carried out to design a non-invasive system for wrist pulse analysis that gives us the heartbeat, IBI (Inter-Beat-Interference) and the body type, to support doctors in routine diagnostic procedures and provide detailed procedure for obtaining the complete set of the Nadi signals as a time series. An Ayurveda practitioners and physicians can use this prototype for pulse reading and uniformate in analysis. The proposed model specifically deals with data acquisition of three Nadi signals Vata, Pitta and Kapha. Signals are obtained by using PPG sensors. Arduino is used as the data acquisition hardware. Identification of Prakruthi of the subject was carried out based on the amplitude of Vata, Pitta and Kapha signal acquired at the wrist and achieved 83% accurarcy. Vata, Pitta and Kapha of diabetic and normal subject were analyzed.
获取和识别个人的Vata, Pitta和Kapha
随着当今世界疾病数量的不断增加,需要一个系统来提供早期诊断和人类健康的根本原因。印度和中国的传统医学系统为检测健康问题提供了自然和简单的解决方案。Nadi-Nidan是一种古老的医疗技术,可追溯到古印度传统的健康监测,以显示人体的所有健康特征而闻名。在Nadi Nidan,通过感知手腕脉搏或动脉脉搏来诊断健康状况。该研究旨在设计一种无创的手腕脉搏分析系统,该系统可为我们提供心跳、IBI(搏动干扰)和身体类型,以支持医生进行常规诊断程序,并提供详细的程序,以获取完整的Nadi信号作为时间序列。阿育吠陀从业者和医生可以使用这个原型进行脉搏读取和均匀分析。提出的模型具体处理了三个Nadi信号Vata, Pitta和Kapha的数据采集。信号由PPG传感器获取。采用Arduino作为数据采集硬件。根据腕部获取的Vata、Pitta和Kapha信号的振幅对受试者的Prakruthi进行识别,准确率达到83%。对糖尿病患者和正常人的Vata、Pitta、Kapha进行分析。
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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