Nigel H. Lovell

TL;DR: In this paper, a 2D computational model was developed to simulate the distribution of voltage arising from multiple parallel current sources connected to a bipolar electrode array and immersed in a bath of physiological saline.

TL;DR: Spontaneous PPG variability in the ear includes a major contribution from arterial pressure and MSNA, which may provide a rationale for its clinical utility and highlight the differential mechanisms governing PPG waveform fluctuations across different body sites.

TL;DR: This research will investigate the potential usefulness of an unobtrusive fall detection system, based on the use of passive infrared sensors (PIRs) and pressure mats (PMs), that will detect falls automatically by recognizing unusual activity sequences in the home environment; hence, decreasing the number of subjects suffering the ‘long-lie’ scenario after a fall.

TL;DR: A fully-coupled cardiac fluid-electromechanics finite element model was developed, incorporating electrical activation, passive and active myocardial mechanics, as well as blood hemodynamics solved simultaneously in an idealized biventricular geometry, able to predict ventricular collapse.

TL;DR: The entropy-based features of recorded EEG signals are capable of measuring the imposed mental load from the selected channels in two brain regions and may demonstrate that the brain behaves in a more regular or focused manner when dealing with higher task loads.