ABSTRACT
The main sources which spread communicable diseases are polluted air and vex bugs. Various kinds of microorganisms such as bacteria, viruses, fungus, and toxic particulate matter are the main pollutants in the air. Insects such as mosquitos and flies, who are called vex bugs are the carriers of those microorganisms. Industrialization and Urbanization have led to environmental pollution, and this has a direct impact on the spreading of infectious diseases. Recently, the biggest pandemic outbreak is the coronavirus. This virus is spread by polluted air. Hence this work has implemented a method using technologies such as IoT and auto-controlling, to mitigate these issues through air purification, air refreshing, and vex bugs controlling. © 2022 IEEE.
ABSTRACT
Every country faces obstacles in dealing with COVID-19 as a sickness, but the challenges posed by developing and growing economies are distinct. The availability of healthcare is limited. Hospitals in developing countries lack the necessary infrastructure to assist patients. As a result, routine exams and clinics are no longer feasible. Hence, the internet of things can be used to address these issues. This manuscript presents a development of a real-time, automated, low-cost, IoT-based instrument to measure a patient's heartbeats per minute, SpO2, temperature, and electrocardiogram at home without having to go to the hospital. © 2022 IEEE.