Prototipo para monitoreo de la calidad de agua de riego.
Fecha
2021-03-24
Autores
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Universidad de Guayaquil. Facultad de Ingeniería Industrial. Carrera de Ingeniería en Teleinformática.
Resumen
Este proyecto de titulación se enfoca en mejorar la productividad de pequeños agricultores
de escaso recurso que no tienen la posibilidad de adquirir un prototipo para monitorear la
calidad del agua, ya que, su inversión es mayor al costo de productividad. De tal manera
que se implementó un prototipo de bajo costo, para medir los niveles correctos del agua
con sensores de temperatura, turbidez y sensor de pH, adaptado por el módulo Esp32 que
es el encargado de procesar los resultados, enviar la información mediante protocolo
MQTT (Internet de las cosas), hacia una interfaz que es fácil de visualizar los resultados de
las muestras recogidas del sistema de riego, a su vez, también se usa protocolo HTPP, con
tecnología de JavaScript, HTML y CSS se desarrolló una página para subir la información
obtenido de los sensores de esta manera los pequeños agricultores tomaran la decisiones
que realizar un tratamiento de calidad de agua.
This titling project focuses on improving the productivity of small, low-resource farmers who do not have the possibility of acquiring a prototype to monitor water quality, since their investment is greater than the cost of productivity. Therefore a low-cost prototype was implemented, to measure the correct levels of the water with temperature sensors, turbidity and pH sensor, adapted by the Esp32 module that is in charge of processing the results, sending the information through the MQTT protocol (Internet of things), towards an interface in which is easy to view the results of the samples collected from the irrigation system, HTPP protocol is also used;, a page was developed to upload the information obtained from the sensors with JavaScript, HTML and CSS technology, in this way the small farmers will make the decisions to carry out a water quality treatment.
This titling project focuses on improving the productivity of small, low-resource farmers who do not have the possibility of acquiring a prototype to monitor water quality, since their investment is greater than the cost of productivity. Therefore a low-cost prototype was implemented, to measure the correct levels of the water with temperature sensors, turbidity and pH sensor, adapted by the Esp32 module that is in charge of processing the results, sending the information through the MQTT protocol (Internet of things), towards an interface in which is easy to view the results of the samples collected from the irrigation system, HTPP protocol is also used;, a page was developed to upload the information obtained from the sensors with JavaScript, HTML and CSS technology, in this way the small farmers will make the decisions to carry out a water quality treatment.
Descripción
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Palabras clave
SENSOR TEMPERATURA, SENSOR TURBIDEZ, CALIDAD DE AGUA