Aplicación de tecnología lifi para pymes que requieren seguridad con acceso inalámbrico como alternativa a las redes wifi
Fecha
2018
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Universidad de Guayaquil. Facultad de Ciencias Matemáticas y Físicas. Carrera de Ingeniería En Networking y Telecomunicaciones
Resumen
El presente trabajo de titulación tiene como objetivo analizar las aplicaciones de
la tecnología LIFI en empresas de tipo PYME con la finalidad de lograr mayor
cobertura suministrando seguridad en la información. LIFI como tecnología
emergente tiene como principales características la seguridad, ahorro de energía
y mayor ancho de banda por lo que se presenta como una alternativa a la
tecnología WIFI para ser utilizada en diversas PYMES y diferentes tipos de
entornos. Para esto se presentará un diseño de red con las características y
capacidades necesarias para que una red LIFI sea utilizada en una PYME.
Además, se presentan dos prototipos: el primero servirá para demostrar la
aplicación práctica de LIFI en sistemas de control de acceso como una
alternativa a los ya existentes y como medio de introducción de la tecnología al
XXIV
mercado de bajo costo. El segundo prototipo servirá para demostrar la aplicación
práctica de LIFI en ambientes que requieren auto guía o de entrega automática
de información como son los bancos, hoteles, lugares restringidos, hospitales o
museos. El avance en las telecomunicaciones genera que las aplicaciones y
tendencias futuras hagan que LIFI y WIFI convivan y se complementen
perfectamente ya que LIFI puede ser implementada en lugares donde WIFI no
sería posible y viceversa.
The objective of this thesis work is to analyze the applications of LIFI technology in PYMES companies in order to achieve greater coverage by providing information security. LIFI as emerging technology has as main features security, energy savings and greater bandwidth. Furthermore, it represents an alternative to WIFI technology that is used in various PYMES and different types of environments. To demonstrate the applications of LIFI technology, we will show a network design with the characteristics and capabilities necessary for a LIFI network for a PYME. In addition, two prototypes are presented: the first will serve to demonstrate the practical application of LIFI in access control systems as an alternative to existing ones and as a means of introducing technology to the lowcost market. The second prototype will serve to demonstrate the practical application of LIFI in environments that require self-guidance or automatic delivery of information such as banks, hotels, restricted places, hospitals or museums. The advance in telecommunications means that applications and future trends make LIFI and WIFI coexist and complement each other perfectly, XXVI since LIFI can be implemented in places where WIFI would not be possible and vice versa.
The objective of this thesis work is to analyze the applications of LIFI technology in PYMES companies in order to achieve greater coverage by providing information security. LIFI as emerging technology has as main features security, energy savings and greater bandwidth. Furthermore, it represents an alternative to WIFI technology that is used in various PYMES and different types of environments. To demonstrate the applications of LIFI technology, we will show a network design with the characteristics and capabilities necessary for a LIFI network for a PYME. In addition, two prototypes are presented: the first will serve to demonstrate the practical application of LIFI in access control systems as an alternative to existing ones and as a means of introducing technology to the lowcost market. The second prototype will serve to demonstrate the practical application of LIFI in environments that require self-guidance or automatic delivery of information such as banks, hotels, restricted places, hospitals or museums. The advance in telecommunications means that applications and future trends make LIFI and WIFI coexist and complement each other perfectly, XXVI since LIFI can be implemented in places where WIFI would not be possible and vice versa.
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Comunicaciones Inalámbricas, Sistema de Control de Acceso, Arduino y Tecnología LIFI