2022
DOI: 10.6703/ijase.202212_19(4).010
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Efficacy of real-time audio biofeedback on physiological strains for simulated tasks with medium and heavy loads

Abstract: Excessive workloads (physical and mental) has been indicated as potential risk factors to health problems in many industries. Incorporating with wearable sensors, biofeedback techniques have been applied in many fields to acquire various physiological responses and convey audio/visual signals for operators to lighten workloads, regulate stress, improve health, and better performances. This study evaluates the efficacy of integrating audio biofeedback device with real-time personal physiological strains monitor… Show more

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