IOT BASED HEALTHCARE MONITORING SYSTEMS IN ELECTRONIC HEALTH RECORD (EHR)

With the emergence of the new corona virus, every nation today places a high value on healthcare. Therefore in this regard, the ideal response to such an outbreak is an IoT-based health monitoring system. The Internet of Things (IoT) is the next internet revolution and a rapidly expanding field of study, particularly in the field of health care. The design and implementation of a health monitoring system using the Internet of Things are presented in this study (IoT). Nowadays, with the growth of innovations, professionals are always searching for cutting-edge electronic gadgets to make it simpler to identify bodily anomalies. IoT-enabled technologies provide the door to the creation of cutting-edge, non-intrusive healthcare assistance solutions with Electronic Health Record (EHR). In particular, those with COVID-19, high blood pressure, diabetes, etc. who live in rural areas of underdeveloped nations like India lack immediate access to health or emergency clinics for testing. The cost of purchasing separate devices or frequent hospital visits is likewise high for the general public. The data gathered by the sensors in the physical layer is processed by the logical layer. By a thorough review of the literature, we provide the most current research on IoT-based healthcare monitoring systems. The literature evaluation contrasts the efficacy, efficiency, data protection,privacy, security, and monitoring of different systems. The primary goal is to make things more affordable for average people. In addition to financial sustainability, patients will have simple access to private treatment. This study introduces an Internet of Things (IoT)-based solution that will streamline the use of a typically complex medical gadget at a low cost while you sit at home. The general public's employment of these gadgets as auxiliary aids in a particular circumstance may have a significant effect on their own life. These derived data are then sent to the base station through an IoT cloud. The doctor may then access the values from any other place using the base station as a gateway. Thus, depending on the readings of the temperature and heart rate. About their importance and the advantages of IoT healthcare, the paper examines the advantages of IoT-based healthcare systems. A taxonomy of healthcare monitoring sensors is provided in the study, along with an examination of wireless and wearable sensor-based Internet of Things monitoring systems