Yu Sun

TL;DR: This study presents an overview of the wide range of IPPG systems currently being introduced along with examples of their application in various physiological assessments and believes that the widespread acceptance ofIPPG is happening, and it will dramatically accelerate the promotion of this healthcare model in the near future.

TL;DR: Continuous recordings from the iPPG system reveal that heart and respiration rates can be successfully tracked with the artifact reduction method even in high-intensity physical exercise situations, leading to a new avenue for noncontact sensing of vital signs and remote physiological assessment, with clear applications in triage and sports training.

TL;DR: A meta‐analysis based on randomized controlled trials in children to compare the clinical efficacy between video laryngoscopes (VLs) and direct larynoscope (DLs) is performed.

TL;DR: Evidence that the negative influence of initial low sample frequency could be compensated via interpolation to improve the time domain resolution is presented, providing further strong support for the low-cost webcam-based iPPG technique and opening up a new avenue for effective noncontact assessment of multiple physiological parameters.

TL;DR: These two imaging PPG approaches are explored through the simultaneous measurement of the cardiac pulse acquired from the face of 10 male subjects and the spectral characteristics of ambient light, revealing an independent relationship between the ambient light intensity and the normalized plethysmographic signals.