Implementación de un sistema de administración de reportes mediante el desarrollo de un prototipo con Raspberry PI.
No hay miniatura disponible
Fecha
2018-09-12
Autores
Título de la revista
ISSN de la revista
Título del volumen
Editor
Universidad de Guayaquil. Facultad de Ingeniería Industrial. Carrera de Ingeniería en Teleinformática.
Resumen
El presente proyecto trata de la elaboración de un prototipo tecnológico capaz de llevar un registro de datos de los docentes al ingresar a las aulas de clases, para solucionar la falta de un control de acceso a los docentes a las diferentes aulas de clases, donde cada día existen choque en los horarios de las aulas asignadas para los docentes. Para lograr este objetivo se realizó una evaluación de las herramientas necesarias para el respectivo armado del prototipo. Se utilizaron tecnologías de software y hardware libre permitiendo elaborar el prototipo con componentes de bajo costo. Se elaboró un prototipo que mejorará el acceso de los docentes a las aulas de clases. La principal herramienta utilizada fue una Raspberry Pi cuyo objetivo principal fue ser el servidor principal para la lectura de las tarjetas y del sistema de acceso. Por otra parte, para dar el acceso se utilizó la tecnología RFID, la cual permitió tener una identificación mediante tarjetas y así poder llevar el registro en una base de datos de cada usuario. Por último, se desarrolló el prototipo del control de acceso donde quedó registrado los datos (Id, Nombres, Apellidos, UID, Fecha de registro) de las tarjetas RFID en un archivo CVS que tenían el acceso al aula asignada. Así mismo se pudo tener comunicación de la Raspberry Pi con un Servidor local (Laptop) para realizar las pruebas de lecturas de las tarjetas, registro de datos en MySQL y el funcionamiento del prototipo del sistema control de acceso.
The present project is about the elaboration of a technological prototype able to carry out a data registry of the tests when entering the classrooms, to solve the lack of access control to the professors to the different rooms, where every day there is a clash in the schedule of the classrooms assigned to the teachers. To achieve this objective, an evaluation of the necessary tools for the respective assembly of the prototype was carried out. Software and hardware technologies are used. The prototype is compatible with low cost components. A prototype was developed that will improve teachers' access to the classroom. The principal used tool was a Raspberry Pi which is the main server to read the cards and the access system. On the other hand, to access RFID technology, which allows to have an identification by cards to be able to register in a database of each user. Finally, the access control prototype was created where the data (identification, names, surnames, UID, date of registration) of the RFID cards were recorded in a CVS file that had access to the assigned classroom. Likewise, it was possible to have communication between the Raspberry Pi and a local server (Laptop) to carry out the tests of the card scanner, data registration in MySQL and the operation of the prototype of the access control system.
The present project is about the elaboration of a technological prototype able to carry out a data registry of the tests when entering the classrooms, to solve the lack of access control to the professors to the different rooms, where every day there is a clash in the schedule of the classrooms assigned to the teachers. To achieve this objective, an evaluation of the necessary tools for the respective assembly of the prototype was carried out. Software and hardware technologies are used. The prototype is compatible with low cost components. A prototype was developed that will improve teachers' access to the classroom. The principal used tool was a Raspberry Pi which is the main server to read the cards and the access system. On the other hand, to access RFID technology, which allows to have an identification by cards to be able to register in a database of each user. Finally, the access control prototype was created where the data (identification, names, surnames, UID, date of registration) of the RFID cards were recorded in a CVS file that had access to the assigned classroom. Likewise, it was possible to have communication between the Raspberry Pi and a local server (Laptop) to carry out the tests of the card scanner, data registration in MySQL and the operation of the prototype of the access control system.
Descripción
Este documento contiene archivo en PDF.
Palabras clave
TECNOLOGÍAS APLICADAS, TECNOLOGÍA RFID, ADMINISTRACIÓN DE REPORTES, RASPBERRY PI