Android App para Multilingual Central Repository

El objetivo del proyecto es crear una aplicación Android usando la base de conocimiento multilingüe Multilingual Central Repository 3.0 (MCR 3.0).

Testing the performance and feasibility of Bluetooth communications in pervasive systems

Smart and mobile environments require seamless connections. However, due to the frequent process of ''discovery'' and disconnection of mobile devices while data interchange is happening, wireless connections are often interrupted. To minimize this drawback, a protocol that enables an easy and fast synchronization is crucial. Bearing this in mind, Bluetooth technology appears to be a suitable solution to carry on such connections due to the discovery and pairing capabilities it provides. Nonetheless, the time and energy spent when several devices are being discovered and used at the same time still needs to be managed properly. It is essential that this process of discovery takes as little time and energy as possible. In addition to this, it is believed that the performance of the communications is not constant when the transmission speeds and throughput increase, but this has not been proved formally. Therefore, the purpose of this project is twofold: Firstly, to design and build a framework-system capable of performing controlled Bluetooth device discovery, pairing and communications. Secondly, to analyze and test the scalability and performance of the \emph{classic} Bluetooth standard under different scenarios and with various sensors and devices using the framework developed. To achieve the first goal, a generic Bluetooth platform will be used to control the test conditions and to form a ubiquitous wireless system connected to an Android Smartphone. For the latter goal, various stress-tests will be carried on to measure the consumption rate of battery life as well as the quality of the communications between the devices involved.

Empresómetro app

En los últimos años la telefonía móvil ha experimentado un enorme crecimiento, siendo la plataforma Android la más extendida con una cuota de mercado claramente superior a la de sus competidores. El objetivo de este proyecto es la de explorar las posibilidades que ofrece esta plataforma para el desarrollo de aplicaciones para móviles mediante la implementación de la herramienta Empresómetro. Otro objetivo no menos importante es la de gestionar un proyecto con un cliente real, acordando funcionalidades y plazos para la construcción de la herramienta. En el presente documento se detallan todas los pasos realizados para lograr el objetivo, desde el nacimiento de la idea, hasta su desarrollo, pasando por las fases previas de captura de requisitos, análisis, diseño e implementación.

Cargador fotovoltaico para Smartphones de última generación.

[ES]Este proyecto tiene como objetivo diseñar e implementar un prototipo de un cargador fotovoltaico para teléfonos móviles de última generación. Dicho prototipo constará de un panel fotovoltaico, reguladores de tensión y corriente, un MPPT, un regulador de carga de batería, una batería auxiliar y una conexión USB para conectarlo al dispositivo a cargar. Para su realización, se llevará a cabo un estudio previo para obtener conocimientos sobre el funcionamiento de las nuevas tecnologías en esta área, su oferta en el mercado, y se hará uso de las herramientas necesarias para su diseño, implementación y pruebas posteriores.

Ceratium hirundinella - ecology of a complex, mobile, and successful plant

Recent work carried out in the English Lake District (Esthwaite Water and Blelham Tarn) is reported. The seasonal growth cycle, diel growth cycle, photosynthesis, vertical distribution and migrations, horizontal distribution, and the interaction of environmental factors, were investigated.

Improving Content Delivery Efficiency through Multi-Layer Mobile Edge Adaptation

This paper presents a novel architecture for optimizing the HTTP-based multimedia delivery in multi-user mobile networks. This proposal combines the usual client-driven dynamic adaptation scheme DASH-3GPP with network-assisted adaptation capabilities, in order to maximize the overall Quality of Experience. The foundation of this combined adaptation scheme is based on two state of the art technologies. On one hand, adaptive HTTP streaming with multi-layer encoding allows efficient media delivery and improves the experienced media quality in highly dynamic channels. Additionally, it enables the possibility to implement network-level adaptations for better coping with multi-user scenarios. On the other hand, mobile edge computing facilitates the deployment of mobile services close to the user. This approach brings new possibilities in modern and future mobile networks, such as close to zero delays and awareness of the radio status. The proposal in this paper introduces a novel element, denoted as Mobile Edge-DASH Adaptation Function, which combines all these advantages to support efficient media delivery in mobile multi-user scenarios. Furthermore, we evaluate the performance enhancements of this content- and user context-aware scheme through simulations of a mobile multimedia scenario.

Radio-aware service-level scheduling to minimize downlink traffic delay through Mobile Edge Computing

One of the most challenging problems in mobile broadband networks is how to assign the available radio resources among the different mobile users. Traditionally, research proposals are either speci c to some type of traffic or deal with computationally intensive algorithms aimed at optimizing the delivery of general purpose traffic. Consequently, commercial networks do not incorporate these mechanisms due to the limited hardware resources at the mobile edge. Emerging 5G architectures introduce cloud computing principles to add flexible computational resources to Radio Access Networks. This paper makes use of the Mobile Edge Computing concepts to introduce a new element, denoted as Mobile Edge Scheduler, aimed at minimizing the mean delay of general traffic flows in the LTE downlink. This element runs close to the eNodeB element and implements a novel flow-aware and channel-aware scheduling policy in order to accommodate the transmissions to the available channel quality of end users.

Ibiza App

Android programazioaz burututako proiektua da hau. Android-en egindako Ibizako gida daukagu bertan. Honeri esker, erabiltzaile askok euren mugikorrean Ibizari buruz jakin beharreko guztia izango dute.

Football Manager App

El objetivo de este proyecto ha sido la realización de una aplicación para tablets con sistema operativo iOS de Apple. La aplicación la puede utilizar cualquier persona con inquietudes sobre el mundo del fútbol, pero está pensada básicamente para entrenadores que busquen almacenar datos relacionados con sus equipos, jugadores, partidos, estadísticas de los equipos y los jugadores, etc. La información introducida quedará almacenada hasta que el usuario decida lo contrario eliminando los datos que ya no desee tener en su dispositivo de manera fácil e intuitiva. Aparte de eso, se ha desarrollado una pizarra táctil donde el usuario podrá realizar sus tácticas previas al partido y enseñársela a sus jugadores. Dispondrá de dos colores para diferenciar los diferentes jugadores que se dibujen. Además, se pueden realizar ligas online para que varios usuarios simultáneamente accedan a su contenido o lo modifiquen. Las ligas podrán ser reales a nivel profesional, de amigos o incluso ligas de videojuegos. Se ha realizado un apartado de mensajería donde los usuarios se podrán comunicar entre ellos sin salir de la aplicación. Bastará con buscar al usuario en el sistema, seleccionarlo y mandarle un mensaje. Si un usuario decide eliminar todos sus datos del sistema, podrá hacerlo y se eliminará cualquier información relacionada con él.

Outdoor robot mugikor baten eraikuntza eta kontrola Arduino bitartez

Proiektu honetan robot mugikor bat eraiki eta arduino bitartez kontrolatu da. Robota edozein smartphone erabiliz kontrolatu daiteke Bluetooth RC Car aplikazioa erabiliz. Ultrasoinu sentsorea du talkak ekiditeko eta GPSaren bidez uneko posizioaren berri ematen du. Honetaz gain, wifi bidez mezuak ere bidal ditzake proiektuan bertan garatu den echo zerbitzarira.

Solutions for New Terrestrial Broadcasting Systems Offering Simultaneously Stationary and Mobile Services

221 p.

Modelling and Simulation of ERTMS for Current and Future Mobile Technologies

Nowadays, train control in-lab simulation tools play a crucial role in reducing extensive and expensive on-site railway testing activities. In this paper, we present our contribution in this arena by detailing the internals of our European Railway Train Management System in-lab demonstrator. This demonstrator is built over a general-purpose simulation framework, Riverbed Modeler, previously Opnet Modeler. Our framework models both ERTMS subsystems, the Automatic Train Protection application layer based on movement authority message exchange and the telecommunication subsystem based on GSM-R communication technology. We provide detailed information on our modelling strategy. We also validate our simulation framework with real trace data. To conclude, under current industry migration scenario from GSM-R legacy obsolescence to IP-based heterogeneous technologies, our simulation framework represents a singular tool to railway operators. As an example, we present the assessment of related performance indicators for a specific railway network using a candidate replacement technology, LTE, versus current legacy technology. To the best of our knowledge, there is no similar initiative able to measure the impact of the telecommunication subsystem in the railway network availability.