1000 resultados para Àrees temàtiques de la UPC::Arquitectura::Disseny
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Postprint (author’s final draft)
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Postprint (author’s final draft)
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Award-winning
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Award-winning
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Postprint (author’s final draft)
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Postprint (published version)
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L’exercici proposa la creació del Parc de Malafede a l’espai lliure que separa els barris de Bernocchi i Malafede, dos barris de la perifèria de Roma en creixement però amb manca d’equipaments i serveis.El parc inclou diferents serveis relacionats amb els equipament existents als barris, així com un nou equipament cultural-esportiu de 4.000 m2 que inclou biblioteca, sala d’actes i gimnàs, i que esdevindrà el punt central del projecte.
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L'exercici proposa la creació del Parc de Malafede a l'espai lliure que separa els barris de Bernocchi i Malafede, dos barris de la perifèria de Roma en creixement però amb manca d'equipaments i serveis. El parc inclou diferents serveis relacionats amb els equipament existents als barris, així com un nou equipament cultural-esportiu de 4.000 m2 que inclou biblioteca, sala d'actes i gimnàs, i que esdevindrà el punt central del projecte
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El programa de l'edifici conté: oficines, residència, zona esportiva, horts, jardins, patis, zona de teràpia amb animals i aparcaments.
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Award-winning
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Conté bibliografia específica sobre 6 revistes d'arquitectura i urbanisme: Architectural Design, The Architectural Record, The Architectural Review, L'Architecture d'Aujourd'hui, Casabella, Domus, i també d'altres revistes importants dins les dues disciplines.
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Award-winning
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[ANGLÈS] This project introduces GNSS-SDR, an open source Global Navigation Satellite System software-defined receiver. The lack of reconfigurability of current commercial-of-the-shelf receivers and the advent of new radionavigation signals and systems make software receivers an appealing approach to design new architectures and signal processing algorithms. With the aim of exploring the full potential of this forthcoming scenario with a plurality of new signal structures and frequency bands available for positioning, this paper describes the software architecture design and provides details about its implementation, targeting a multiband, multisystem GNSS receiver. The result is a testbed for GNSS signal processing that allows any kind of customization, including interchangeability of signal sources, signal processing algorithms, interoperability with other systems, output formats, and the offering of interfaces to all the intermediate signals, parameters and variables. The source code release under the GNU General Public License (GPL) secures practical usability, inspection, and continuous improvement by the research community, allowing the discussion based on tangible code and the analysis of results obtained with real signals. The source code is complemented by a development ecosystem, consisting of a website (http://gnss-sdr.org), as well as a revision control system, instructions for users and developers, and communication tools. The project shows in detail the design of the initial blocks of the Signal Processing Plane of the receiver: signal conditioner, the acquisition block and the receiver channel, the project also extends the functionality of the acquisition and tracking modules of the GNSS-SDR receiver to track the new Galileo E1 signals available. Each section provides a theoretical analysis, implementation details of each block and subsequent testing to confirm the calculations with both synthetically generated signals and with real signals from satellites in space.
