IOT based Virtual Doctor Robot for COVID-19 Isolation Ward

Abstract

The COVID-19 epidemic has been spreading globally since late 2019. The global health and safety of the general people, medical professionals, and medical systems around the world are seriously threatened by the epidemic. Globally, there has been a proposal to use robots during the pandemic to enhance patient care and lighten the strain on the healthcare system, with a particular emphasis on robotics. Here, we construct a virtual medical robot for the physicians who are normally expected to staff each clinic and occasionally serve as crisis advisors. It isn't feasible, though, for every specialist to be available at every location at every desired time. This is for keeping a close eye on elderly folks and alerting medical professionals and close relatives. In order to prevent these unexpected mortality rates, we are putting out a novel concept called Patient Health Monitoring, which makes use of sensor technology and the internet to contact loved ones in the event of an emergency. The Internet of Things is quickly changing healthcare. maintaining constant monitoring of your patient's health. Patients in particular should be checked on on a regular basis. Therefore, we suggest a novel approach that easily automated this task. With the help of a web server, our gadget offers a sophisticated patient health tracking system that allows body temperature to be tracked. Therefore, the MLX90614 contactless infrared temperature sensor will be used in this project. It is capable of tracking real-time data with timestamps over the Internet and measuring temperature without the need to touch the object. The problem with video calling is that it should only be done from a PC or PC on a work location. Consequently, patient health monitoring systems based on the Internet of Things use the internet to effectively monitor patient health and help. This limits the specialists' capacity to see patients, move freely throughout the activity theater, and, in certain cases, even pass through emergency clinic rooms. at order to address this problem, we have developed a virtual specialist robot and health status that enables a specialist to travel freely at a remote location and even communicate with people there when needed.