DEVELOPMENT AND DEPLOYMENT OF A REAL TIME EMERGENCY PATIENT MONITORING SYSTEM
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Abstract
This research deals with the design and implementation of a smart emergency patient monitoring system using wireless sensing and communication technologies. A wearable device was developed that monitors basic vital signs such as heart rate, temperature, and blood oxygen saturation, and displays the readings in real time on a digital screen. The system is based on a technical architecture that includes microcontrollers and wireless communication modules, enabling continuous monitoring without the need for direct human intervention. The results showed accuracy and stability of the measurements, enhancing the system's efficiency in clinical and field environments. The project represents a practical example of the use of IoT technologies in the health sector, and highlights the possibilities of developing medical infrastructure by integrating smart electronic systems that contribute to improving the quality of medical care and the speed of response to emergencies.
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