Phonocardiogram (PCG) signal represents recording of sounds and murmurs resulting from
heart auscultation. Analysis of these PCG signals is critical in diagnosis of different heart …

The problem addressed in this work is the detection of a heart murmur and the classification
of the associated cardiovascular disorder based on the heart sound signal. For this purpose …

Assessment of heart sounds which are generated by the beating heart and the resultant
blood flow through it provides a valuable tool for cardiovascular disease (CVD) diagnostics …

Phonocardiogram (PCG) recordings contain valuable information about the functioning and
state of the heart that is useful in the diagnosis of cardiovascular diseases. The first heart …

Fetal phonocardiography (fPCG) is a non-invasive technique for detection of fetal heart
sounds (fHSs), murmurs and vibrations. This acoustic recording is passive and provides an …

Fetal phonocardiography is a non-invasive, completely passive and low-cost method based
on sensing acoustic signals from the maternal abdomen. However, different types of …

The application of fiber-optic-based sensors, especially in the magnetic resonance (MR)
environment and the sleep laboratory, has become an intensely discussed topic. Although …

Signal processing for pathological heart sound signals can be considered as a fundamental
part of the whole process in tele-auscultation systems. In this paper, we employ the CEEMD …

Diagnosis of congenital cardiac defects is challenging, with some being diagnosed during
pregnancy while others are diagnosed after birth or later on during childhood. Prompt …

In recent years, Cardiovascular diseases (CVDs) characterized by abnormal heart sounds
and pathological heart murmurs rise serious concern across the globe. In this work, an …