Key result
An IoT-based wearable smart health monitoring system was developed using an Arduino Pro Mini and Android interface to continuously measure and transmit heart rate, heart rate variability, and body temperature.
The development of an IoT-based wearable monitoring system enables real-time tracking of vital signs and automated alerting, potentially improving remote monitoring and safety for cardiovascular patients.
May enable remote vital-sign tracking in cardiovascular care; leaves open clinical validation before practice adoption.
An important part of our life, internet has enabled many machines and devices we use in everyday life to be monitored and controlled remotely through Internet of Things (IOT) technology. Thanks to IOT technology, smart health applications have become a rapidly growing sector. For individuals with heart disease, the Heart Rate (HR), Heart Rate Variability (HRV) and Body Temperature (BT) values are considered vital signs that must be measured regularly. In this study, an android-based application is developed that can monitor HR, HRV and CT parameters for cardiovascular patients who should be under constant observation. The measuring system, which consists of wearable sensors, constantly measures patient signs. Then send the measured signals to android interface via wireless connection. If the predetermined critical values for the patient are exceeded, the HR, HRV, CT values and also the realtime location of patient is sent both to family members and doctor as e-mail and twitter notification. The wearable measurement system allows patients to be mobile in their own social environment, allowing them to live their lives in confidence.
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Mehmet Fatih Tastan (2018) studied Cardiovascular disease. IoT Based Wearable Smart Health Monitoring System was evaluated. An IoT-based wearable smart health monitoring system was developed using an Arduino Pro Mini and Android interface to continuously measure and transmit heart rate, heart rate variability, and body temperature.
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