Continuous and robust monitoring of physiological signals is essential in improving the
diagnosis and management of cardiovascular and respiratory diseases. The state-of-the-art …

This work compares two design methodologies, emulating both AgCl electrode and skin
tissue Cole models for testing and verification of electrical bio-impedance circuits and …

Cardiovascular disease (CVD) threatens the lives of many and affects their productivity.
Wearable sensors can enable continuous monitoring of hemodynamic parameters to …

In the US alone, 22 million individuals suffer from obstructive sleep apnea (OSA), with 80%
of the cases symptoms undiagnosed. Hence, there is an unmet need to continuously and …

In this paper, a Compressive Sampling (CS) based measurement method of the Bio-
Impedance (Bio-Z) variation at the wrist, due to the blood flow inside of radial artery, is …

There is an urgent need to bring forth portable, low-cost, point-of-care diagnostic instruments
to monitor patient health and wellbeing. This is elevated by the COVID-19 global pandemic …

Electrical Impedance Tomography (EIT) is an imaging technique which has gained
popularity in both the medical and industrial process fields. A small amplitude sinusoidal …

A low-cost 1 kHz–400 kHz operating frequency fully-active electrode bioimpedance
measurement module, based on Howland current source, is presented in this paper. It …

Continuous and unobtrusive blood pressure (BP) monitoring provides significant
advantages in predicting the onset of cardiovascular disease. Bio-impedance sensing is a …

With the advances in CMOS technology, the minimum feature sizes and the threshold
voltage of the transistors are continuing to scale down. This scaling down allows an …