Diseño e implementación de un prototipo IOT para la medición de radiaciones no ionizantes, ultravioleta y radiofrecuencia utilizando sensores IOT

Abstract

Currently non-ionizing radiation (RNI) occurs in greater quantities in the environment, due to the different wireless transmission technologies which influences the health of people by staying in constant exposure, likewise within the group of non-ionizing radiation is infrared light and ultraviolet light that when kept in constant exposure can affect people's health in the long term. In our country, very few citizens have knowledge about non-ionizing radiation (NIR), which means that there are few institutions that have equipment for carrying out measurements at a professional level, and in this way generate a culture of protection against long-term exposures with RNIs, such as in universities, hospitals, nursing homes, maternities, or in homes in general. The research, study and adequate control of non-ionizing radiation is very little, because there is no necessary technology within institutions such as universities, for an analysis and prevention of long exposure of this type of RNI signals. The students of the Electronic Engineering careers of the Salesian Polytechnic University Guayaquil headquarters have few tools for the study, analysis and design of IOT monitoring systems of nonionizing radiation. In this context, this degree project studies the design and implementation of an IOT prototype for the measurement of non-ionizing, ultraviolet and radiofrequency radiation using IOT technologies that help the community in general, especially the university community, to have analysis tools for the study of non-ionizing radiation and thus generate awareness at a general level about the damage to health from long-term exposures with non-ionizing radiation emissions.