“Diseño e implementación de un sistema automatizado RFID para el control de inventario de proyectores en la Facultad de Ciencias Matemáticas y Físicas ubicada en el centro de la ciudad (Víctor Manuel Rendon 429 entre Baquerizo Moreno y Córdova), área de coordinación.”
No hay miniatura disponible
Fecha
2020
Título de la revista
ISSN de la revista
Título del volumen
Editor
Universidad de Guayaquil. Facultad de Ciencias Matemáticas y Físicas. Carrera de Ingeniería en Networking y Telecomunicaciones
Resumen
El presente proyecto de titulación se centra en el área de coordinación de la Facultad de Ciencias Matemáticas y Físicas ubicada en la zona céntrica de Guayaquil, en la cual se visualiza un registro manual para controlar la entrada y salida de proyectores que son de uso exclusivo para personal docente para impartir su docencia en diversas jornadas del día. El objetivo que se persigue es el diseño de un prototipo de sistema automatizado para el control de proyectores que permita a los docentes beneficiarse de la tecnología para realizar el préstamo de manera eficaz, completa y sin demoras, mediante el uso e implementación de la tecnología RFID en nuestro diseño. Se sabe que la tecnología RFID ha surgido de siglos pasados y que se ha venido desarrollando a conveniencia e implementando en distintos sectores para la monitorización, vigilancia, seguridad e identificación de personas, objetos o animales. La metodología aplicada para el desarrollo es la Scrum, la que permitió cumplir paso a paso en orden cada proceso con tiempos de análisis, revisión y finalización, así como de asignación de roles para el buen rendimiento de los objetivos a alcanzar.
Es de gran importancia implementar nuevas tecnologías y nuevos métodos que permitan al personal docente realizar una gestión dentro de la Facultad de manera automatizada, mediante los argumentos recopilados por encuestas, se realizaron mejoras al diseño de la interfaz del prototipo automatizado que permite el registro y acceso de los docentes al sistema el cual les permitirá realizar el préstamo de un proyector solo en el momento que tengan una materia que necesite el uso de este recurso. Al momento de aprobar el préstamo, el proyector que tendrá adherido un Tag de RFID será pasado sobre el lector RFID que a su vez está conectada con circuitos Arduino el cual mostrará la información del mismo y será almacenada la información en una base de datos. En conclusión, esta tecnología y la implementación de sistemas automatizados nos permiten poder realizar no solo el mejor control de inventario de una Institución, sino mantener un registro del personal, sus alumnos de manera que permita mantener una información actualizada y que sea visible en tiempo real con la que se pueda interactuar y mejorar la calidad de información brindada.
This degree project focuses on the area of coordination of the Faculty of Mathematical and Physical Sciences located in the downtown area of Guayaquil, in which a manual record is displayed to control the entry and exit of projectors that are exclusively for teaching staff to teach in various days of the day. The objective pursued is the design of an automated system prototype for the control of projectors that allows teachers to benefit from the technology to make the loan in an effective, complete and without delay way, through the use and implementation of RFID technology in our design It is known that RFID technology has emerged from past centuries and has been developed for convenience and implemented in different sectors for monitoring, surveillance, security and identification of people, objects or animals. The methodology applied for the development is the Scrum, which allowed to fulfill each process step by step in order with times of analysis, review and completion, as well as assigning roles for the good performance of the objectives to be achieved. It is of utmost importance to implement new technologies and new methods that allow teachers to perform a management within the Faculty in an automated way, through the arguments collected by surveys that were made, improvements were made to the design of the automated system interface that allows the registration and access of teachers to the system which will allow them to borrow a projector only when they have a subject that needs the use of this resource. At the time of approving the loan, the projector that will have an RFID Tag attached will be passed over the RFID reader which in turn is connected to Arduino circuits which will display the information of the same and the information will be stored in a database. In conclusion, this technology and the implementation of automated systems allow us to perform not only the best inventory control of an Institution, but to keep a record of the personnel, its students in a way that allows to keep updated information and that is visible in real time with which can interact and improve the quality of information provided.
This degree project focuses on the area of coordination of the Faculty of Mathematical and Physical Sciences located in the downtown area of Guayaquil, in which a manual record is displayed to control the entry and exit of projectors that are exclusively for teaching staff to teach in various days of the day. The objective pursued is the design of an automated system prototype for the control of projectors that allows teachers to benefit from the technology to make the loan in an effective, complete and without delay way, through the use and implementation of RFID technology in our design It is known that RFID technology has emerged from past centuries and has been developed for convenience and implemented in different sectors for monitoring, surveillance, security and identification of people, objects or animals. The methodology applied for the development is the Scrum, which allowed to fulfill each process step by step in order with times of analysis, review and completion, as well as assigning roles for the good performance of the objectives to be achieved. It is of utmost importance to implement new technologies and new methods that allow teachers to perform a management within the Faculty in an automated way, through the arguments collected by surveys that were made, improvements were made to the design of the automated system interface that allows the registration and access of teachers to the system which will allow them to borrow a projector only when they have a subject that needs the use of this resource. At the time of approving the loan, the projector that will have an RFID Tag attached will be passed over the RFID reader which in turn is connected to Arduino circuits which will display the information of the same and the information will be stored in a database. In conclusion, this technology and the implementation of automated systems allow us to perform not only the best inventory control of an Institution, but to keep a record of the personnel, its students in a way that allows to keep updated information and that is visible in real time with which can interact and improve the quality of information provided.
Descripción
PDF
Palabras clave
Arduino, RFID, sistema automatizado, control de inventario