Cardiovascular diseases currently pose the highest threat to human health around the
world. Proper investigation of the abnormalities in heart sounds is known to provide vital …

Monitoring the well-being of a fetus through Fetal Phonocardiography (FPCG) has been
occurring for more than a century. Throughout history, there have been continuous …

This paper presents a novel approach of generating synthetic Photoplethysmogram (PPG)
data using a physical model of the cardiovascular system to improve classifier performance …

Synthetic data generation has recently emerged as a substitution technique for handling the
problem of bulk data needed in training machine learning algorithms. Healthcare, primarily …

Currently, there are many works in the literature focused on the analysis of heart sounds,
specifically on the development of intelligent systems for the classification of normal and …

The phonocardiogram (PCG) is a crucial tool for the early detection, continuous monitoring,
accurate diagnosis, and efficient management of cardiovascular diseases. It has the …

Two major sounds of the normal heart sound like “lub dub”. The “lub” is the first heart sound,
commonly termed S1 results from mitral (M1) and tricuspid (T1) valve closure at the start of …

Biomedical signal processing has advanced to the point that tools and methods are now
available to doctors to diagnose and track medical conditions connected to pregnancy …

The work presented in this paper aims to develop and implement a robust algorithm for
generating synthetic phonocardiogram (PCG) signals based on characteristics obtained …

Finding volunteer patients and/or getting ethical approval for experimental studies on human
participants are generally serious problems in the field of biomedical engineering …