Aim Neonates frequently require supplementary oxygen but may develop complications if
the oxygen saturation is outside the target range. This review aimed to determine whether …

Background Automated oxygen control systems are finding their way into contemporary
ventilators for preterm infants, each with its own algorithm, strategy and effect. Objective To …

Several studies demonstrated an increase in time spent within target range when automated
oxygen control (AOC) is used. However the effect on clinical outcome remains unclear. We …

Objective To evaluate the performance of a novel rapidly responsive proportional-integral-
derivative (PID) algorithm for automated oxygen control in preterm infants with respiratory …

For the preterm infant with respiratory insufficiency requiring supplemental oxygen, tight
control of oxygen saturation (SpO 2) is advocated, but difficult to achieve in practice …

Abstract The vast majority (95%) of very preterm infants receive oxygen‐therapy monitored
by oxygen pulse saturation (SpO2). However, they spend a significant percentage of time …

Objective To evaluate the effect of implementing automated oxygen control as routine care
in maintaining oxygen saturation (SpO 2) within target range in preterm infants. Methods …

Objective To assess the performance of a novel algorithm for automated oxygen control
using a simulation of oxygenation founded on in vivo data from preterm infants. Methods A …

Objective To evaluate the performance of a rapidly responsive adaptive algorithm (VDL1. 1)
for automated oxygen control in preterm infants with respiratory insufficiency. Design …

The advent of wearable technology is fundamental to the dissemination of wearable
personal health monitoring devices. Recent developments of biomedical sensors have …