An Experimental Evaluation of Electrocardiogram Monitoring System Using Internet of Things and Intelligent Sensors Support
T. Sethukarasi, V. Samuthira Pandi, D. Karunkuzhali, V. Ashok, G Chamundeeswari, A Deepa
Abstract
Patients in severe condition are treated at the Intensive Care Unit (ICU). In such life-or-death situations, doctors must have continuous access to vital signs including blood pressure, heart rate, and temperature. What's the deal with asthma, the planet, and salt levels? The manual process is excessively time- consuming, and when applied to a large number of patients, it becomes nearly impossible. This Internet of Things-based technology has the potential to implement automated network communication with medical professionals, keeping them fully informed at all times. The sensors in the ICU monitoring system for the Internet of Things ( IoT ) are controlled by an Arduino board. Networked sensors, either worn by the patient or installed in our homes, alter the inductive data collection of our physiological and mental states. A patient may be tracked around-the-clock with a smart health monitoring system based on the Internet of Things ( IoT ). One of the most noticeable uses of the Internet of Things in the present day is in health monitoring systems. In this research, the AD8232 signal conditioning module was presented as the basis for a wireless ECG monitoring system capable of collecting data in real time. The ESP32 will be linked up to the AD8232 ECG Sensor. Then, we'll get an Electrocardiogram (ECG) reading by attaching the leads to the patient's chest or hand. The measured value exceeded the set limit of the sensor. Users of this module of the healthcare system should expect to get an updated prescription for their current medical condition within minutes of any significant change in their health status. Doctors are informed of their patients' conditions on an LCD screen, which they may then use for further assessment. When a patient requires a hospital's Intensive Care Unit, a smart ICU may be used to keep tabs on vital signs including oxygen levels, heart rates, body temperatures and more.