Thesis SISTEMA COMPLEMENTARIO PARA MEJORAR LA PERCEPCIÓN DE SEGURIDAD EN PROYECTOS HABITACIONALES DE GRAN ENVERGADURA
Date
2017
Authors
GALLARDO STANLEY, MACARENA VICTORIA NATALIA
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Abstract
Este proyecto está orientado al desarrollo de un sistema complementario a los actuales métodos de seguridad implementados en los proyectos habitacionales de gran envergadura, automatizando el control de acceso al inmueble.El proyecto se ha desarrollado en base a un nodo central mediante la plataforma Raspberry Pi 3 Modelo B, el cual es el encargado de obtener y procesar información mediante la tecnología inalámbrica Bluetooth desde el usuario al sistema.Además, mediante una aplicación móvil ejecutada sobre smartphones y tablets con sistema operativo Android, se solicite el acceso al inmueble y se genere la petición del ascensor.También tiene por objetivos interesar a futuros clientes sobre la tecnología IoT (Internet of Things, en español, Internet de las Cosas) a un bajo costo de implementación, como casas comerciales, universidades, organismos del Estado, bibliotecas y usuarios comunes, con el fin de resguardar y controlar el acceso a la propiedad.Para el desarrollo de este proyecto se implementa un sistema de arquitectura Cliente-Servidor. El módulo cliente es la aplicación usuaria en el equipo Android desde la cual se generan las peticiones y se recibe su estado; y el servidor alojado en la Raspberry, es el encargado de ingresar a los usuarios con su nivel de acceso, procesar las peticiones y emitir una respuesta.El desarrollo de este proyecto se lleva a cabo a través del programa de Memorias Multidisciplinarias, de la Universidad Técnica Federico Santa María.
This Project is oriented to the development of a complementary system to current security methods implemented in the housing projects of great magnitude, by automating control of access to the property.The project has been developed based on a central node using the Raspberry Pi 3 model B platform, which is responsible for obtaining and processing information using Bluetooth wireless technology from the user to the system.In addition, through a mobile application running on smartphones and tablets with Android operating system, access request to the property and request of the lift is generated.Also, it aims to interest future customers about IoT technology (Internet of Things) to a low cost of implementation, such as trading houses, universities, agencies of the State, libraries and common users, in order to protect and control access to the property.A system of client-server architecture is implemented for the development of this project. The client module is the user application on the computer Android from which requests are generated and received its status. and the server hosted in the Raspberry, is responsible for entering users with their level of access, process the request and issue a response.This project is carried out through the Multidisciplinary Thesis Program, of the Universidad Técnica Federico Santa María.
This Project is oriented to the development of a complementary system to current security methods implemented in the housing projects of great magnitude, by automating control of access to the property.The project has been developed based on a central node using the Raspberry Pi 3 model B platform, which is responsible for obtaining and processing information using Bluetooth wireless technology from the user to the system.In addition, through a mobile application running on smartphones and tablets with Android operating system, access request to the property and request of the lift is generated.Also, it aims to interest future customers about IoT technology (Internet of Things) to a low cost of implementation, such as trading houses, universities, agencies of the State, libraries and common users, in order to protect and control access to the property.A system of client-server architecture is implemented for the development of this project. The client module is the user application on the computer Android from which requests are generated and received its status. and the server hosted in the Raspberry, is responsible for entering users with their level of access, process the request and issue a response.This project is carried out through the Multidisciplinary Thesis Program, of the Universidad Técnica Federico Santa María.
Description
Catalogado desde la version PDF de la tesis.
Keywords
APLICACIONES MOVILES , CONTROL DE ACCESO , PERCEPCION DE SEGURIDAD , SISTEMA ANDROID