Intelligent computer-aided diagnosis (CAD) systems can enhance the diagnostic capabilities
of physicians and reduce the time required for accurate diagnosis. CAD systems could …

Cardiac auscultation by stethoscope is widely used but limited by low sensitivity and
accuracy. Phonocardiogram was developed in an attempt to provide quantitative and …

Conversational artificial intelligence involves the ability of computers, voice-enabled devices
to interact intelligently with the user through voice. This can be leveraged in heart failure …

This paper presents an intelligent algorithm for heart diseases diagnosis using
phonocardiogram (PCG). The proposed technique consists of four stages: Data acquisition …

This paper presents an overview of approaches to analysis of heart sound signals. The
paper reviews the milestones in the development of phonocardiogram (PCG) signal …

Discrimination of murmurs in heart sounds is accomplished by means of time–frequency
representations (TFR) which help to deal with non–stationarity. Nevertheless, classification …

In order to develop the assessment of phonocardiogram “PCG” signal for discrimination
between two of people classes–individuals with heart disease and healthy one-we have …

Phonocardiogram (PCG) consists of heart sound signals and carries the important
information associated with the functioning of the heart. In this work, a method is presented …

The technological progress in computer science (particularly, in machine learning) has
contributed to the improvement of medical services, both in detecting and treating diseases …

Acoustic/vibration signal has traditionally benefited the condition monitoring of machinery. It
can be further implemented in other field of applications as long as patterns associated with …