Publication: Proyecto Portal FDI: una herramienta para la mejora de la gestión de la Facultad de Informática
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2015
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Abstract
En los últimos años el uso y acceso a la web ha cambiado enormemente, en particular, se han diversificado los tipos de dispositivos mediante el uso de los teléfonos inteligentes y las tabletas dándose la situación en la que estos nuevos dispositivo año a año se están convirtiendo en el dispositivo preferido (o al menos más utilizado) para el acceso a internet. A raíz de este cambio en el paradigma acceso a internet, han surgido diversas metodologías y tecnologías que mejoran la experiencia de usuario en estos nuevos dispositivos y que tienen en cuenta las peculiaridades de las redes de datos móviles. Una de estas iniciativas es la metodología conocida como responsive web design que tiene por mejorar la experiencia de usuario facilitando que la estructura y diseño de una web se adapta de manera adecuada al dispositivo del usuario.
En este sentido, la estructura tanto el portal interno como la web pública de nuestra Facultad sufre de limitaciones en este aspecto. Asimismo, la estructura y arquitectura del portal de la Facultad sufre también de cierta rigidez que limita un desarrollo evolutivo y modular de la misma.
El objetivo de este trabajo de Sistemas Informáticos ha sido el desarrollo de un nuevo prototipo de portal para la Facultad de Informática abordando estas dos limitaciones: un diseño web adaptable a múltiples dispositivos y una arquitectura flexible; y también proporcionando nuevas funcionalidades funcionalidades no disponibles en el portal actual, como son la integración con redes sociales y nuevas funcionalidades como la gestión y reserva de espacios de la Facultad y la gestión de solicitudes de tutorías.
Over the last few years, Internet has evolved rapidly with the introduction of smartphones, tablets and portable devices in general. In fact, nowadays these portable devices are becoming the preferred device (or at least the most used) for Internet access. In response to this change, many methodologies and technologies have emerged to facilitate and improve the user experience using these portable devices, taking into account the specific restrictions of the mobile networks. One of these emergent concepts is responsive web design, which aims to improve the end user experience providing a web design that easily adapts its structure to the characteristics of each device. In this regard, the School of Computer Science has limited support to these devices, both for the intranet portal and the public website. Moreover, the internal structure and the architecture of the these portals are rigidly constructed, presenting multiple limitations that hinder an evolvable and modular development. The main goal of this project has been the development of a new prototype for the internal portal of the School of Computer Science that addresses these two limitations: a responsive web design and more flexible architecture. In addition, this work also provides new functionalities that are not implemented in the current version of the portal, such as the management and reservation of the School's spaces (e.g. meeting rooms) and the management of requests for tutoring appointments.
Over the last few years, Internet has evolved rapidly with the introduction of smartphones, tablets and portable devices in general. In fact, nowadays these portable devices are becoming the preferred device (or at least the most used) for Internet access. In response to this change, many methodologies and technologies have emerged to facilitate and improve the user experience using these portable devices, taking into account the specific restrictions of the mobile networks. One of these emergent concepts is responsive web design, which aims to improve the end user experience providing a web design that easily adapts its structure to the characteristics of each device. In this regard, the School of Computer Science has limited support to these devices, both for the intranet portal and the public website. Moreover, the internal structure and the architecture of the these portals are rigidly constructed, presenting multiple limitations that hinder an evolvable and modular development. The main goal of this project has been the development of a new prototype for the internal portal of the School of Computer Science that addresses these two limitations: a responsive web design and more flexible architecture. In addition, this work also provides new functionalities that are not implemented in the current version of the portal, such as the management and reservation of the School's spaces (e.g. meeting rooms) and the management of requests for tutoring appointments.
Description
Proyecto de Sistemas Informáticos (Universidad Complutense, Facultad de Informática, curso 2014/2015)