Continuously monitoring a person's pulse can provide meaningful medical information, such as heart rate and, indirectly, blood pressure. However, pulse waves can vary dramatically from person to ...

Wearable cardiovascular monitoring systems integrate advanced sensing technologies to provide real-time, personalized, and noninvasive healthcare through continuous monitoring and early warning ...

Continuous monitoring of physiological parameters associated with dynamic biomechanics, such as intracranial pressure (ICP) and vital signs, is important for clinical diagnosis of brain diseases and ...

Pulse-wave monitoring has become a promising route for noninvasive health tracking, but it faces a stubborn real-world problem: the pulse is faint, while the pressure from straps, patches, and uneven ...