Abstract
The novel pneumonia virus known as Covid-19 exceeds prior intervention, triggering the use of medical technology approach to counter the rise of coronavirus cases that spread uncontrollably around the globe. More than 2.5 million records of infected humans, animals, and sea lives are partially at the risk of causality. Biomedical research presently conducted with competent technological solutions such as AI, Cloud computing, big data, telemedicine, blockchain, and IoT were evaluated to review its authenticity in subsiding the effect of Covid-19. IoT wearable network and wireless microcontroller are used for contact tracing, biosensory point of care testing, and deploying of Internet of Medical Things to reduce spread of viral diseases. This report will focus on IoT relevance in alleviating Covid-19 issues, unique IoT applications crucial for fighting the pandemic, and its applicability. The objective of this research is to evaluate how IoT applications are implemented as smart tool for collecting Covid-19 symptoms, monitoring the spread of the virus, handling contact tracing, computing results using edge analytics, etc. It will also review Internet of Medical Things designed to combat different waves of infectious diseases, how to detect Covid-19 using IOT DSN and D2D, and the validation of IoT wearables through simulations.
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