At present, a physician uses a stethoscope to hear the heart's sound. But, by observing the wave form of the heart's sound, a physician, we are certain, will be able to diagnose more correctly. So we have observed the wave form of the heart's sound with a syncroscope. So we have made the experiment by using a microphone, an amplifier, and a syncroscope. We photographed the wave form of the heart's sound with varying sweep time. As the result of the experiment, we have noticed the wave form of the heart's sound is periodic
Aldana Blanco AL, Weger M, Grautoff S, Höldrich R, Hermann T. CardioScope: ECG sonification and audi...
Many heart diseases cause changes in heart sounds and additional murmurs before other signs and symp...
Spectral phonocardiography, an adaptation of the method of sound spectrography devised at the Bell T...
This project aims to understand more about how the heart functions and how acoustic stethoscope is u...
In a healthy heart, there is no any abnormal blood flow takes place inside, in addition to the usua...
Phonocardiographic signals contain bioacoustic information reflecting the operation of the heart. No...
A new method to detect heart sound that does not require machine learning is proposed. The heart sou...
Diagnosing heart diseases with a stethoscope and ECG are two fundamental methods because of its effi...
Despite advancement in medical technology throughout the years, cardiovascular diseases remain the l...
Abstract: Auscultation of the heart is accompanied by both electrical activity and sound. Heart ausc...
With the global rise in heart disease, detecting any critical signals that might lead to severe comp...
CardioScope is a sonification/auditory augmentation tool intended to support cardiac diagnosis and m...
Worldwide, cardiovascular diseases (e.g. coronary heart disease and stroke) are the leading cause of...
Abstract—We have already shown that the pulsive vibration is excited on the myocardium 15 ms after t...
A method is described for recording heart sounds and murmurs on the surface of the heart chambers an...
Aldana Blanco AL, Weger M, Grautoff S, Höldrich R, Hermann T. CardioScope: ECG sonification and audi...
Many heart diseases cause changes in heart sounds and additional murmurs before other signs and symp...
Spectral phonocardiography, an adaptation of the method of sound spectrography devised at the Bell T...
This project aims to understand more about how the heart functions and how acoustic stethoscope is u...
In a healthy heart, there is no any abnormal blood flow takes place inside, in addition to the usua...
Phonocardiographic signals contain bioacoustic information reflecting the operation of the heart. No...
A new method to detect heart sound that does not require machine learning is proposed. The heart sou...
Diagnosing heart diseases with a stethoscope and ECG are two fundamental methods because of its effi...
Despite advancement in medical technology throughout the years, cardiovascular diseases remain the l...
Abstract: Auscultation of the heart is accompanied by both electrical activity and sound. Heart ausc...
With the global rise in heart disease, detecting any critical signals that might lead to severe comp...
CardioScope is a sonification/auditory augmentation tool intended to support cardiac diagnosis and m...
Worldwide, cardiovascular diseases (e.g. coronary heart disease and stroke) are the leading cause of...
Abstract—We have already shown that the pulsive vibration is excited on the myocardium 15 ms after t...
A method is described for recording heart sounds and murmurs on the surface of the heart chambers an...
Aldana Blanco AL, Weger M, Grautoff S, Höldrich R, Hermann T. CardioScope: ECG sonification and audi...
Many heart diseases cause changes in heart sounds and additional murmurs before other signs and symp...
Spectral phonocardiography, an adaptation of the method of sound spectrography devised at the Bell T...