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The reliability of contactless videoplethysmography-based heart rate detection was evaluated under varying measurement conditions, including different regions of interest and lighting.
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This study evaluates the technical reliability of contactless videoplethysmography for heart rate detection under various measurement conditions.
Technologies for contactless Heart Rate measurement support the progress in the diagnostic and healthcare fields, opening new possibilities even for everyday use at home. Among them, Videoplethysmography based on the Eulerian Video Magnification method has been already validated as an effective alternative to traditional, but often bulky, Electrocardiographic acquisitions. In this paper we study the influence of different measurement parameters on the Heart Rate estimation, in order to assess the reliability of the Videoplethysmography detection method under varying conditions, like different dimensions and positions of the processed regions of interest, pyramidal decomposition levels, and light conditions.
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Gambi et al. (2018) studied Heart Rate measurement. Videoplethysmography-based Heart Rate detection was evaluated on Heart Rate estimation reliability under varying conditions. The reliability of contactless videoplethysmography-based heart rate detection was evaluated under varying measurement conditions, including different regions of interest and lighting.
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