Sede Azogues - Ingeniería Electrónica
URI permanente para esta comunidadhttps://dspace.ucacue.edu.ec/handle/ucacue/808
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Examinando Sede Azogues - Ingeniería Electrónica por Materia "ARDUINO"
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Ítem Acceso Abierto Prototipo de un sistema electrónico para el monitoreo de los niveles de agua potable en un tanque de reserva mediante tecnología GSM(Universidad Católica de Cuenca., 2019) Arévalo Yauri, Wilson Daniel; Mata Quevedo, Jean Paúl; 0302636378; ., .The present academic work includes the use of open source electronic equipment and systems such as Arduino and GSM mobile communication technology. The system aims to monitor the water level of a reserve tank which collects the information and transmits it through the GSM network. The project itself was developed with the ultrasonic level sensor Prosonic FMU41 as the basis of the sensing. For the management of data control, it was made with the Arduino Mega 2560 electronic card and finally the packaging and data transmission was done with the GSM 900 shield.The data obtained is stored in the computers in a microSD memory and in a database in MySQL. The validation of this project was carried out by monitoring the water level of one of the Mahuarcay water tanks and the measure was obtained every hour during 10 days.The information obtained from the water tank is the volume in cubic meters. This gathered information was contrasted with the empirical measurement techniques of the technicians in charge at EMAPAL E.P. This system was developed with the aim of preventing leaks or emptying the reserve tank, in the latter case, it can cause problems of air entering the pipes, generating costly maintenance or damage to its measuring equipment and losses for the company.Ítem Acceso Abierto Sistema de semaforización inteligente, caso de estudio: Azogues Ecuador(Universidad Católica de Cuenca., 2019) González Pinos, Patricia Verónica; Ortega Castro, Juan Carlos; 0301971057; ., .This research work presents and develops the planning for an intelligent traffic light system based on a telecommunications network that is capable of stipulating metrics with which algorithms are designed that help its implementation, in one of the points with the most congestion in the hours peak of the center of the city of Azogues, through the use of sensors and low-cost hardware and software devices, determining a solution to this social problem. Chapter I details the theoretical foundation and the study of the state of the art, referring to vehicular congestion, causes, consequences, etc., as well as detailing principles on traffic lights, intelligent traffic lights, intelligent systems and their operation. In Chapter II, the situational diagnosis is developed, about the congestion that exists in the center of the city, in order to determine which is the most critical point, with the greatest congestion, using a type of investigation of an exploratory and descriptive nature, in This chapter also details all the elements to be used for the development of the project to end in Chapter III with the description of the implementation proposal, which consists of block diagrams, where the elements used are explained, as well as You will find physical diagrams of how the connections between devices are
