Design and implementation of a Remote Lighting Control and Monitoring System Using Android and Board ARM mini2440 Mobile Operating Systems

##plugins.themes.bootstrap3.article.main##

Jesús David Quintero P. Universidad Surcolombiana
Eliana Fernanda Tacan C. Universidad Surcolombiana
Fernando Augusto España C. Universidad Surcolombiana
Abstract
The purpose of this project was to design and implement a lighting control and monitoring system for housing, the system was built to a scale of (1:10), and works with an (110V) electrical network. It is operated through a cellular phone with Android operating system. A power amplifier was adapted for each light buld, which adjusts the digital signal to the electrical network. We created a mobile Web application using HTML5 programming language making it possible for the application to be accessed from different mobile devices through either a navigator or a mobile application for Android. This application has a simple graphic interface, which shows where the light bulb is located, as well as an SQLite3 database, which shows how long the light bulb has been on for. This also provides an option introduce an the power output of each light bulb, making it possible for the user to know the value, in pesos, to be paid for the electricity used. This was undertaken because the specifications of each light bulb are different.
Keywords

Downloads

Download data is not yet available.

##plugins.themes.bootstrap3.article.details##

Author Biographies / See

Jesús David Quintero P., Universidad Surcolombiana

Magister docente. Universidad Surcolombiana, Neiva. Avenida Pastrana Carrera 1ª

Eliana Fernanda Tacan C., Universidad Surcolombiana

Ingeniero Electrónico. Universidad Surcolombiana, Neiva. Avenida Pastrana Carrera 1ª.

Fernando Augusto España C., Universidad Surcolombiana

Ingeniero Electrónico. Universidad Surcolombiana, Neiva. Avenida Pastrana Carrera 1ª.
References

Aguiar, E., 2006. Pruebas de SQLite en un Sistema Linux - Guía para iniciarse, 1-9 pp.

Betancourt, L., Gómez, N., 2009. Implementación de un Sistema Teleoperado con Reaimentación Visual para Evasión de Obstáculos de un Robot Móvil.

Mateu, C., 2004. Desarrollo de Aplicaciones Web. Barcelona, 212-316 pp.

Zablaza, F., 2011. Representación de Variables Eléctricas en el Sistema Embebido mini2440. Pamplona, 9-10 pp.

Donelson, J., 2008. Building and Installing Software for the mini 2440, 20 pp. Figura 11. Acople de todo el sistema. 190 Revista Ingeniería y Región. 2015;13(1):179-190 Diseño e Implementación de un Sistema de Control y Monitoreo... / Quintero P. & Cols.

Herrera, L., Sánchez, S., 2012. Análisis, Diseño e Implementación de una Tarjeta de Desarrollo Utilizando el Módulo Mini2440 Basado en un Micro-Controlador ARM9 para el Laboratorio en la Carrera de Inegniería Electrónica de la Universidad Politécnica Salesiana.

Industrial ARMWorks, 2009. Mini2440 Hardware Essentials. Estados Unidos, 1-20 pp.

Finkenzeller, K. “RFID Handbook: Fundamentals and Applications in Contactless Smart Cards and Identification”. John Wiley & Sons (May, 2012).

Hozak, K, Collier, David A, “RFID as an Enabler of Improve Manufacturing Performance,” Decision Sciences, Volume 39 Number 4 November 2008.

ISO. “ISO/IEC 18000-6: Information technology automatic identification and Data capture techniques –Identificación por radiofrecuencia (RFID) a nivel de artículo– Parte 6: Parámetros de comunicación del interfaz aire a 860–960 MHz”.

Casadomo, 2003. El Portal de la Domótica y el Hogar Digital. Consultado el 11 de Septiembre de 2013. http://www.casadomo.com.

Llinares, A., 2013. Sistemas Embebidos. Consultado el 12 de Febrero de 2014. http://server-die.alc.upv.es/asignaturas/PAEEES/2005-06/A07%20-%20Sistemas%20Embebidos.pdf, 5pp.

OJS System - Metabiblioteca |