IoT based Novel Design of Intelligent Healthcare Monitoring System with Internet of Things and Smart Sensors

This research study introduces the IoT based Healthcare Monitoring System (LIoTHMS), a revolutionary framework designed to enhance healthcare monitoring through the integration of smart sensors. The proposed system incorporates sensors, including the ECG Shield, Heart Rate Muscle Sensor, Pulse Rate Sensor, KY-037 Sound Sensor, and DS18B20 Digital Temperature Sensor. These sensors collectively form a comprehensive solution for real-time patient monitoring. The ECG Shield ensures continuous electrocardiogram monitoring for early detection of cardiac anomalies, while the Heart Rate Muscle Sensor and Pulse Rate Sensor provide valuable data on cardiovascular health. The KY-037 Sound Sensor captures environmental sounds, contributing to auditory health monitoring, and the DS18B20 Digital Temperature Sensor monitors the patient’s body temperature. This research study details the architecture of LIoTHMS, emphasizing sensor interconnectivity and its role in creating a healthcare monitoring ecosystem. Through advanced data analytics and machine learning algorithms, LIoTHMS processes real-time data, offering healthcare professionals timely and accurate insights into patient health. This implementation signifies a significant advancement in proactive and personalized healthcare, supporting early disease detection and timely medical interventions. LIoTHMS stands as a testament to the potential of IoT in revolutionizing modern healthcare monitoring.