AbstractTraditional Indian medicine has been using the pulse as a form of disease diagnosis. The roots of this pulse diagnosis lie in the three radial pulses which are known as vata, pitta, and kapha. In this project, a photoplethysmographic sensor is presented for pulse diagnosis. PPG sensor is used to monitor the blood flow rate. The sensor is placed at identified radial points corresponding vatta, pitta, kapha. The output of the sensor is analyzed using Lab VIEW software.PPG values are taken at wrist for subjects in different age groups. The acquired PPG signal is compared with the values taken by the Siddha Practitioner and classified the subjects as of vata, pitta, and kapha type
Ayurveda is a traditional medicine and natural healing system in India. Nadi-Nidan (pulse-based diag...
As per modern medical Science, doctors measure a pulse of an individual to know the heart strength a...
Photoplethysmography is one of the biomedical Instruments and when combined with pulse wave analysis...
AbstractTraditional Indian medicine has been using the pulse as a form of disease diagnosis. The roo...
The revolution in semiconductor technology has lead to the development of efficient optical techniqu...
Wrist pulse signals provide rich amount of information for the health diagnosis. Traditional practit...
Diagnosis according to Ayurveda is to find the root cause of a disease. Out of eight differentkinds ...
Photoplethysmography (PPG) is a simple and inexpensive optical technique that can be used to detect ...
Wrist pulse diagnosis is the most primitive and apparent way to know about the human body condition ...
The pulse measurement is documented using Nadi Pariksha which is used by Ayurveda for identifying th...
Heart Rate Variability (HRV) is an important tool for the analysis of a patient’s physiologica...
This paper investigates to represent and analyze the Photolythsmographic (PPG) signal on the basis o...
This paper investigates the respiratory rate (RR) for different physiological conditions by implicat...
Nadi Pariksha (Pulse diagnosis) is considered the most important assessment in Traditional Medicine ...
Photoplethysmogram (PPG) signals collected using a pulse oximeter are increasingly being used for sc...
Ayurveda is a traditional medicine and natural healing system in India. Nadi-Nidan (pulse-based diag...
As per modern medical Science, doctors measure a pulse of an individual to know the heart strength a...
Photoplethysmography is one of the biomedical Instruments and when combined with pulse wave analysis...
AbstractTraditional Indian medicine has been using the pulse as a form of disease diagnosis. The roo...
The revolution in semiconductor technology has lead to the development of efficient optical techniqu...
Wrist pulse signals provide rich amount of information for the health diagnosis. Traditional practit...
Diagnosis according to Ayurveda is to find the root cause of a disease. Out of eight differentkinds ...
Photoplethysmography (PPG) is a simple and inexpensive optical technique that can be used to detect ...
Wrist pulse diagnosis is the most primitive and apparent way to know about the human body condition ...
The pulse measurement is documented using Nadi Pariksha which is used by Ayurveda for identifying th...
Heart Rate Variability (HRV) is an important tool for the analysis of a patient’s physiologica...
This paper investigates to represent and analyze the Photolythsmographic (PPG) signal on the basis o...
This paper investigates the respiratory rate (RR) for different physiological conditions by implicat...
Nadi Pariksha (Pulse diagnosis) is considered the most important assessment in Traditional Medicine ...
Photoplethysmogram (PPG) signals collected using a pulse oximeter are increasingly being used for sc...
Ayurveda is a traditional medicine and natural healing system in India. Nadi-Nidan (pulse-based diag...
As per modern medical Science, doctors measure a pulse of an individual to know the heart strength a...
Photoplethysmography is one of the biomedical Instruments and when combined with pulse wave analysis...