Designing and implementation of electronic device controlled iot for covid 19 patients monitoring through secured communication system

The Coronavirus (SARS-CoV-2) epidemic swept the world at the end of 2019 as a dangerous pandemic that causes death and exposes much of the world to danger and seriously threatens the countries of the world, while great efforts are being made by doctors in the front ranks to discover the virus and invent treatment and develop vaccines necessary to stop its spread and limit its spread. The objective of this thesis creates an electronic health system to monitor patients infected with Coronavirus and reduce the effort made by doctors at a cheap cost. This thesis will specifically present the development of a set of sensors to be placed on patients who are subject to quarantine to monitor their health status. At this time, the Internet of Things (IoT) is working to bring about a great knowledge revolution and the beginning of a new era, which makes our lives simpler. The IoT provides an advanced model for remote health monitoring in the hospital or in quarantine places. The sensors obtain the patient's medical information and the IoT stores and displays it through a web browser or through special programs, which provides remote care. The proposed program reduces human error and reduces the number of doctors, especially after the collapse of the health system in many countries due to the severe shortage of doctors after being infected with the virus, and also reduces the size of medical devices required to monitor patients while saving much of their cost. The system provides real-time intervention to administer medications to the patient in a timely manner, as well as send notification alerts by email and SMS if there is any danger to the patient. This notice will keep doctors informed of each patient's condition. This thesis discusses ECG, body temperature, body movement, and oxygenation in the blood, heart rate, respiratory rate, Glucose, blood pressure, GSR and Airflow.