CONSTRUCTION OF A LOW-COST SYSTEM FOR BASED MEASUREMENT OF ULTRAVIOLET RAYS ON THE INTERNET OF THINGS
INVESTIGATION ARTICLE
Keywords:
ultraviolet radiation, uv, iot, arduino, raspberry piAbstract
The present research work publishes the creation and evaluation of a low-cost system with Internet access for UV-B ultraviolet radiation measurement. The developed system uses hardware components such as Arduino boards, Raspberry Pi, light sensors, UV sensor; and software programming in languages such as C++, Python, HTML and JavaScript. The hardware also has a wireless connection device that makes it easy to connect to the Internet to publish the collected data to a website or a mobile application. To determine the reliability of the sensor and the device in general, the captured values are contrasted with reference values obtained from entities dedicated to environmental monitoring. The starting point of the research focuses on knowing the current technological state of similar systems; from that, emphasis is placed on the gaps found related to the export of the data that these sensors capture; Subsequently, the processes for the realization of the proposed system and their respective evaluations are described. The results of the present work contribute to determine the reliability of this type of systems and, in general, expand the options for future developments related to environmental monitoring based on IoT.
Keywords: ultraviolet radiation, uv, iot, arduino, raspberry pi.
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References
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