Key result
A novel peak detection algorithm for low-amplitude photoplethysmographic signals was developed to improve continuous heart rate monitoring.
Why the study?
Reliable HR monitoring requires robust peak detection, but little has been done to address peak detection in low-amplitude PPG signals that are prone to noise contamination.
Does a novel peak detection algorithm improve heart rate estimation from low-amplitude PPG signals?
Population
Low-amplitude PPG signals
Comparison
Novel and simple peak detection algorithm
Authors
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May aid reliable HR monitoring from weak PPG signals; leaves open prospective validation before clinical adoption.
Does a novel peak detection algorithm improve heart rate estimation from low-amplitude PPG signals?
A novel, low-complexity algorithm may improve the reliability of continuous heart rate monitoring from low-amplitude PPG signals.
Prada et al. (2018) studied Heart rate estimation from low-amplitude PPG signals. Novel peak detection algorithm was evaluated on Peak detection accuracy. A novel peak detection algorithm for low-amplitude photoplethysmographic signals was developed to improve continuous heart rate monitoring.
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