Key result
Novel IoT system enables real-time remote heart rate variability and environmental monitoring.
Why the study?
Monitoring HRV values in high-risk borderline hypertensive patients may help improve diagnosis, prognosis, and treatment effectiveness.
A low-cost, IoT-based remote HRV monitoring prototype was successfully developed for potential application in monitoring borderline hypertensive patients.
Answers are grounded in this paper and cite their sources.
IoT HRV prototype may enable remote monitoring in borderline hypertension; leaves open prospective clinical validation before practice adoption.
HRV (heart rate variability) is a measure of the difference between consecutive heartbeats. Coronary disease complications, diabetes, autonomous dysrhythmic illness problems, including hypertension, and a wide variety of chronic degenerative medical diseases are all sensitive to HRV study. The doctor's use of a diagnostic, prognosis tool, and the effectiveness of the treatment provided are all enhanced when HRVs are exposed to specific medical issues. Borderline individuals, including those with and without a cardiac history, are often at risk for stroke and high-risk cardiac death. When medical treatment is needed, monitoring HRV values in these high-risk circumstances may be helpful. This article describes a low-cost, simple-to-use remote HRV monitoring device for borderline hypertensive patients that utilizes Internet of Things (IoT) technology. HRV characteristics are extracted using an IoT-based pulse sensor in the proposed system.
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ASULA et al. (2018) studied Hypertension. IoT-based remote HRV monitoring system was evaluated on System design and prototype testing. An IoT-based remote heart rate variability monitoring system was successfully built and tested for real-time monitoring of a patient's heart rate and surrounding environment.
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