Assessing the Level of Autonomic Nervous Activity for Effective Biofeedback Training
Michel Kana

TL;DR
This study introduces a low-cost biofeedback device that estimates autonomic nervous system activity using cardiovascular models, providing real-time feedback to help users reduce stress effectively.
Contribution
A novel, affordable biofeedback system combining physiological measurements and mathematical modeling for autonomic nervous activity assessment during stress regulation.
Findings
Device shows acceptable accuracy compared to standard systems.
Real-time feedback helps users significantly reduce stress scores.
Preliminary tests indicate potential for holistic stress management.
Abstract
This paper proposes a prototype of a new biofeedback training based on mathematical models of cardiovascular control. For this purpose we develop a low-cost device that is able to record and process arterial pulse wave via photoplethysmograph and skin temperature on the peripheral part of the arm. A benchmark analysis of our device against a registered cardiovascular measurement system (Biopac MP35 from Biopac Inc., USA) shows that heart rate and skin temperature values delivered by our device are acceptable with a very low residual error (+/-1 beat/min, +/-1 oC). Both measured signals are feed into a mathematical model which estimates the level of activity of both sympathetic and parasympathetic branches of the autonomic nervous system. That information is used jointly with other biological parameters for investigating the stress score of the subject. The data is processed in…
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Taxonomy
TopicsHeart Rate Variability and Autonomic Control · Non-Invasive Vital Sign Monitoring · Cardiovascular and exercise physiology
