Wearables have been used to collect physiological signals for long-term pulse rate (PR)
monitoring. Most of the wearables require skin contact for continuous monitoring. Recently …

We investigate the practical applicability of video photoplethysmography (VPPG) to extract
heart rates of subjects using noncontact color video recordings of human faces collected …

Heart rate can say a lot about a person's health. While most conventional methods for heart
rate measurement require contact with the subject, these are not always applicable. In this …

The serviceable and convenient nature of the Face Recognition System (FRS) makes it a
preferred way for access control and authentication for a wide range of application areas …

Facial action units (AUs) are numerical representations of indicative facial features drawn by
facial landmark localization. Tiny muscular movements on the face can be reflected through …

Numerous remote photoplethysmography (rPPG) models have been under development for
a considerable period. However, most researchers tested their models on a dataset …

Camera-based photoplethysmography (cbPPG) is a novel measurement technique that
allows the continuous monitoring of vital signs by using common video cameras. In the last …

Heart rate variability can reflect the activity of the autonomic nervous system, and can
quantitatively assess the tension and balance of the sympathetic and vagus nerves of the …

Photoplethysmography (PPG)-based monitoring devices will probably play a decisive role in
healthcare environment of the future, which will be preventive, predictive, personalized and …

Cardiac signals provide variety of information related to the patient's health. One of the most
important is for medical experts to diagnose the functionality of a patient's heart. This …