The optimization performed in this study is based on the finite dimensions model of the
concentric ring electrode as opposed to the negligible dimensions model used in the past …

Concentric ring electrodes (CREs) allow improved spatial resolution, reduced crosstalk and
interference, and increased bandwidth in the sensing of bioelectrical activity. A wide variety …

While finite element method modeling has been used to compare bipolar and tripolar
concentric ring electrode configurations in the past it was based on the simplistic negligible …

Lead is a commercial tripolar concentric ring electrode designed for noninvasive
electrophysiological measurement applications. Utilizing the unique ability of concentric ring …

Concentric ring electrodes are noninvasive and wearable sensors for electrophysiological
measurement capable of estimating the surface Laplacian (second spatial derivative of …

In this brief, a bio-impedance (Bio-Z) based closed-loop control scheme is proposed for a
wearable external diaphragm pacing (EDP) system. EDP delivers functional electrical …

Fixed sample entropy (fSampEn) is a promising technique for the analysis of respiratory
electromyographic (EMG) signals. Its use has shown outperformance of amplitude-based …

Concentric ring electrodes are noninvasive and wearable sensors for electrophysiological
measurement capable of estimating the surface Laplacian (second spatial derivative of …

Non-invasive bioelectrical recordings utilize monopolar or bipolar disc electrodes. However,
these electrodes suffer from poor spatial resolution, leading to susceptibility to physiological …