Cardiac monitoring can be performed by means of an accelerometer attached to a subject's
chest, which produces the Seismocardiography (SCG) signal. Detection of SCG heartbeats …

Pulse waves (PWs) are mechanical waves that propagate from the ventricles through the
whole vascular system as brisk enlargements of the blood vessels' lumens, caused by …

Cardio-mechanical monitoring techniques, such as Seismocardiography (SCG) and
Gyrocardiography (GCG), have received an ever-growing interest in recent years as …

A heartbeat generates tiny mechanical vibrations, mainly due to the opening and closing of
heart valves. These vibrations can be recorded by accelerometers and gyroscopes applied …

Cardiac auscultation is an essential part of physical examination and plays a key role in the
early diagnosis of many cardiovascular diseases. The analysis of phonocardiography (PCG) …

The timely and precise prediction of cardiovascular disease (CVD) risk is essential for
effective prevention and intervention. This study proposes a novel framework that integrates …

The cardiac function is influenced by respiration. In particular, various parameters such as
cardiac time intervals and the stroke volume are modulated by respiratory activity. It has long …

The complexity of cardiovascular disease onset emphasizes the vital role of early detection
in prevention. This study aims to enhance disease prediction accuracy using personal …

Abnormalities in cardiac function arise irregularly and typically involve multimodal electrical,
mechanical vibrations, and acoustics alterations. This paper proposes an Electro-Mechano …

Background Seismocardiographic signals (SCG) are chest wall vibrations induced by
mechanical cardiac activities. This study investigated the morphological changes in the SCG …