Photoplethysmography (PPG) signals contain information correlated to blood pressure, but may not be sufficient for accurately predicting it. Normalized invasive arterial blood pressure (N-IABP) signals provide a realistic benchmark for assessing the capabilities and constraints of PPG-based blood pressure estimation.
An automated approach for accurate detection of ADHD using an entropy difference-based EEG channel selection technique.
A hierarchical spiking neural network architecture, SAFE-Net, is proposed to efficiently estimate lower limb joint angles from surface electromyography signals, achieving high accuracy in cross-subject scenarios.
A transformer-based convolutional neural network model can accurately classify pediatric heart sounds to detect congenital heart diseases using a minimum signal duration of 5 seconds.