Fingertip triaxial accelerometers encode respiratory effort and rate during sleep, yielding high-quality data for about 22% of full-night recordings on average and accurate rate estimates when quality is high.
A dif- ferential inertial wearable device for breathing parameter detection: hardware and firmware development, experimental characterization.Sensors, 22(24):9953
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Fingertip Micro-Motion as a Source of Respiratory Information During Sleep Using Triaxial Accelerometers
Fingertip triaxial accelerometers encode respiratory effort and rate during sleep, yielding high-quality data for about 22% of full-night recordings on average and accurate rate estimates when quality is high.