Estudio de Factibilidad Interna de la Infraestructura GPON para la CISC & CINT
Fecha
2016-11
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Universidad de Guayaquil. Facultad de Ciencias Matemáticas y Físicas. Carrera de Ingeniería en Networking y Telecomunicaciones
Resumen
En este trabajo se realizó un estudio de factibilidad para mejorar la infraestructura de red actual en la sede de las Carreras de Ingeniería en Sistemas y Networking, la cual presenta problemas debido a su grado de obsolescencia. Se realizó búsqueda de trabajos similares en el Ecuador y el mundo de la temática. Se propone utilizar redes ópticas, las cuales son inmunes a las interferencias, con bajas tasas de pérdida de señal, gran capacidad de transmisión y un alto grado de confiabilidad en lugar de una infraestructura de cobre que fue implementada en años anteriores. Se pretendió por la misma investigación el determinar el tipo de red más apropiado con tecnología GPON como propuesta para ser implementado en la Carrera de Ingeniería en Sistemas Computacionales y la Carrera de Ingeniería en Networking y Telecomunicaciones, abarcando nuevos sistemas de servicios y garantizando la calidad de inversión.
This work presents a feasibility study to improve the existing network infrastructure in the campus of the Engineering Systems and Networking Careers, which present problems because of their degree of obsolescence. Search for similar jobs in Ecuador and the world of the subject was done. It is proposed to use optical networks, which are immune to interference, low signal loss rates, large transmission capacity and a high degree of reliability instead of a copper infrastructure that was implemented in previous years. It was tried by the same research to determine the most appropriate type of network with GPON as proposed to be implemented in both Career of Engineering in Computer Systems and Career of Engineering in Networking and Telecommunications, encompassing new service systems and ensuring quality investment.
This work presents a feasibility study to improve the existing network infrastructure in the campus of the Engineering Systems and Networking Careers, which present problems because of their degree of obsolescence. Search for similar jobs in Ecuador and the world of the subject was done. It is proposed to use optical networks, which are immune to interference, low signal loss rates, large transmission capacity and a high degree of reliability instead of a copper infrastructure that was implemented in previous years. It was tried by the same research to determine the most appropriate type of network with GPON as proposed to be implemented in both Career of Engineering in Computer Systems and Career of Engineering in Networking and Telecommunications, encompassing new service systems and ensuring quality investment.
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Palabras clave
Investigación, Tecnología GPON