Programming Language based Doctor Less Corona Patient Treatment as well as Monitoring

Abstract

Coronavirus (COVID-19) is an infectious disease whisch split human to human caused by a newly acquired coronavirus. Mostly people infected with COVID-19 will experience moderate respiratory illness and recover without the need for special treatment. Older people, as well as those with less medical problems such as disease,diabetes, chronic respiratory diseases, and cancer are more likely to be seriously ill. The best way to prevent and reduce transmission of COVIT-19Protect yourself and others from infection by washing your hands or using alcohol-based medicine often and without touching your face. The COVID-19 virus is spread mainly through saliva droplets or runny nose when an infected person coughs or sneezes, so it is important that you re-practice the practice of breathing (for example, by coughing on a flexible elbow). At this time, there are no specific drugs or specifications for COVID-19. However, there are many ongoing clinical trials examining possible treatments. We can only protect ourselves from this problem because we currently do not have a cure so in this proposed program we will provide a setup that will enable automatic protection through the installation of equipment and set up electrical equipment. In India, about 200 percent of people lose their lives as a result of disrupted health care systems which means that in many hospitals, the doctor visits patients with a morning shift or in the afternoon shift or on individual shifts. What happens if a patient s health becomes important during this time or when the doctor is not in the market with the patient. The solution is; the patient may lose his or her life. thus avoiding this important situation; we tend to suggest a device that raises the device of an intelligent embedded system that monitors the health of patients indefinitely. This system monitors patients heart rate, vital signs, and salt water (if any). If any of the above parameters are on the far side of the periphery, this sensible device informs physicians or caregivers and suggests ways to improve the patient s overall health savings. Objects (IoT) sees the way forward to something in any place by anyone at any time. information and communication technology helps to transform digital technologies. The IoT location unit is designed to connect multiple mobile devices to networks. reveals the structural design of an intelligent health care system using the Wireless Sensor Network. Monitoring a patient s health is a common function in health care facilities from home to hospital. In the proposed system, patients carry a set of nerve endings to collect their physical limits. Arduino is attached to the patient s body, assists the deaf and sends sensory information to the server via WiFi. WiFi, which is used in most hospital systems, provides very little interference with the operation of some devices. The server detects unusual cases of patients using the limit value and sends an SMS and email to the doctor with a video-feed. The system allows for the movement of a patient wearing a nerve and the video feed enhances physician communication. Through this program we can improve the quality of treatment for patients who may need ongoing long-term health monitoring.