• 1990 (Vol.4)
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Volume 38 #3

Contents

  1. AUDITORY SYSTEM OF BLOOD-SUCKING MOSQUITOES (DIPTERA, CULICIDAE)
  2. DEVELOPMENT OF IMAGE PRE-PROCESSING METHODS FOR SOFTWARE COMPENSATION OF ANOMAL REFRACTION OF THE OBSERVER’S EYES
  3. PERCEIVED TRAJECTORIES OF CYCLIC SOUND MOVEMENT
  4. ABOUT THE POSSIBILITY OF USING FIXATION MICROSACCADES TO IMPROVE A QUALITY OF VISIBLE IMAGES IN THE FOVEAL ZONE
  5. METHODOLOGICAL RECOMMENDATIONS FOR THE CREATION OF SENSOR MEASUREMENT SYSTEMS FOR RESPIRATORY RATE MONITORING BASED ON PHOTOPLETHYSMOGRAPHIC SIGNAL PROCESSING

METHODOLOGICAL RECOMMENDATIONS FOR THE CREATION OF SENSOR MEASUREMENT SYSTEMS FOR RESPIRATORY RATE MONITORING BASED ON PHOTOPLETHYSMOGRAPHIC SIGNAL PROCESSING

© 2024 P. B. Petrenko

Synergy Design Bureau, Signal Processing Center 108, Ligovsky Avenue, St. Petersburg, Russia

Received 27 Mar 2024

A methodical apparatus for creating sensor measurement systems for monitoring human respiration rate is proposed. It includes a method for estimating respiratory rate based on statistical analysis of photoplethysmographic signals (human pulse wave), a method for selecting priority regions for estimating respiratory rate, and a criterion for determining the required bracelet tension during measurements. The application of the respiratory rate estimation method involves calculating the Correntropy spectral density of the pulse wave signal. A distinctive feature of the method is the use of an algorithm for selecting the priority empirical mode of the Hilbert-Huang decomposition, which is most closely related to the respiratory rate. Experimental verification of the method showed that the mean value of the absolute error for 58.8% of the sample of calculated respiratory rate values did not exceed 1 breath/min, and the 95% confidence interval for the mean absolute error of the entire sample was [0.72–2.2] breaths/min.

Key words: photoplethysmogram pulse wave, respiratory motion frequency, optimal kernel Correntropy function, empirical Hilbert- Huang distribution, instantaneous Hilbert frequency, discrete Fourier transform

DOI: 10.31857/S0235009224030057  EDN: BRXSED

Cite: Petrenko P. B. Metodicheskie rekomendatsii po sozdaniyu sensornykh izmeritelnykh sistem monitoringa chastoty dykhaniya na osnove obrabotki fotopletizmograficheskikh signalov [Methodological recommendations for the creation of sensor measurement systems for respiratory rate monitoring based on photoplethysmographic signal processing]. Sensornye sistemy [Sensory systems]. 2024. V. 38(3). P. 82–94 (in Russian). doi: 10.31857/S0235009224030057

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