Why the study?
Can a 240 kHz ultrasonic proximity sensor accurately measure respiration rates compared to a thermocouple sensor in male subjects?
Population
10 male subjects
Comparison
240 kHz ultrasonic proximity sensor measuring… vs Thermocouple sensor
Design
Other
Authors
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Ultrasonic sensors may enable non-contact respiratory monitoring; leaves open clinical validation in diverse populations.
Can a 240 kHz ultrasonic proximity sensor accurately measure respiration rates compared to a thermocouple sensor in male subjects?
An ultrasonic proximity sensor can successfully measure respiration rates without contact, offering potential for home-healthcare monitoring.
Min et al. (2010) studied this question.
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