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Us de tècniques d’Intel·ligència Artificial per a l’anàlisi de xarxes d’infraestructura urbana

El contingut d’aquest TFG s’engloba dins del projectes CLEaN-TOUR i VIRWASTE, realitzats conjuntament per membres de l’ICRA (Institut Catal`a de Recerca de l’Aigua) i del grup de recerca BCDS (Broadband Communications and Distributed Systems) de la Universitat de Girona. Les l´ınies de recerca d’aquests dos projectes se centren en estudiar com utilitzar la infraestructura urbana de la xarxa de transport d’aigua per tenir un impacte positiu en la societat. En concret, CLEaN-TOUR busca estudiar l’´us d’aigua regenerada en una ciutat tur´ıstica. Nosaltres ens centrem en el disseny i la planificaci´o del recorregut d’aquesta xarxa de manera que tingui el m´ınim cost possible. Aquest disseny es pot enfocar des d’una manera centralitzada (enviar l’aigua des de la depuradora a uns destins) o descentralitzada (es divideix tot el territori en clusters, i a cada cluster hi ha un dip`osit. Aleshores, l’aigua s’envia de la depuradora als dip`osits, els quals l’envien als destins corresponents.) Pel que fa a VIRWASTE, aquest ´es un dels projectes seleccionats dins la convocat`oria PANDEMIES 2020 de la Generalitat de Catalunya. Dins d’aquest projecte, des de l’ICRA i el ` BCDS portem treballant des de l’estiu passat en el posicionament de sensors per detectar rastres de SARS-CoV-2 en aig¨ues residuals, recerca que s’emmarca dins el context d’aquest projecte

The content of this TFG is included in the CLEaN-TOUR and VIRWASTE projects, carried out jointly by members of the ICRA (Catalan Water Research Institute) and the BCDS (Broadband Communications and Distributed Systems) research group of the University from Girona. The research lines of these two projects focus on studying how to use the urban infrastructure of the water transport network to have a positive impact on the society Specifically, CLEaN-TOUR seeks to study the use of regenerated water in a tourist city. We focus on the design and planning of the route of this network that has the lowest possible cost. This design can be approached from a centralized way (send the water from the treatment plant to certain destinations) or decentralized (the entire territory is divided in clusters, and in each cluster there is a deposit. The water is then sent from the treatment plant to the deposited, which send it to the corresponding destinations.) As for VIRWASTE, this is one of the projects selected in the call PANDEMIES 2020 of the Generalitat of Catalonia. Within this project, from the ICRA and the ` BCDS has been working since last summer on the positioning of sensors to detect tracks of SARS-CoV-2 in waste water, research that is framed within the context of this project

Manager: Calle Ortega, Eusebi
Other contributions: Universitat de Girona. Escola Politècnica Superior
Author: Saló Grau, Joan
Brugués i Pujolràs, Roser
Date: 2021 June 1
Abstract: El contingut d’aquest TFG s’engloba dins del projectes CLEaN-TOUR i VIRWASTE, realitzats conjuntament per membres de l’ICRA (Institut Catal`a de Recerca de l’Aigua) i del grup de recerca BCDS (Broadband Communications and Distributed Systems) de la Universitat de Girona. Les l´ınies de recerca d’aquests dos projectes se centren en estudiar com utilitzar la infraestructura urbana de la xarxa de transport d’aigua per tenir un impacte positiu en la societat. En concret, CLEaN-TOUR busca estudiar l’´us d’aigua regenerada en una ciutat tur´ıstica. Nosaltres ens centrem en el disseny i la planificaci´o del recorregut d’aquesta xarxa de manera que tingui el m´ınim cost possible. Aquest disseny es pot enfocar des d’una manera centralitzada (enviar l’aigua des de la depuradora a uns destins) o descentralitzada (es divideix tot el territori en clusters, i a cada cluster hi ha un dip`osit. Aleshores, l’aigua s’envia de la depuradora als dip`osits, els quals l’envien als destins corresponents.) Pel que fa a VIRWASTE, aquest ´es un dels projectes seleccionats dins la convocat`oria PANDEMIES 2020 de la Generalitat de Catalunya. Dins d’aquest projecte, des de l’ICRA i el ` BCDS portem treballant des de l’estiu passat en el posicionament de sensors per detectar rastres de SARS-CoV-2 en aig¨ues residuals, recerca que s’emmarca dins el context d’aquest projecte
The content of this TFG is included in the CLEaN-TOUR and VIRWASTE projects, carried out jointly by members of the ICRA (Catalan Water Research Institute) and the BCDS (Broadband Communications and Distributed Systems) research group of the University from Girona. The research lines of these two projects focus on studying how to use the urban infrastructure of the water transport network to have a positive impact on the society Specifically, CLEaN-TOUR seeks to study the use of regenerated water in a tourist city. We focus on the design and planning of the route of this network that has the lowest possible cost. This design can be approached from a centralized way (send the water from the treatment plant to certain destinations) or decentralized (the entire territory is divided in clusters, and in each cluster there is a deposit. The water is then sent from the treatment plant to the deposited, which send it to the corresponding destinations.) As for VIRWASTE, this is one of the projects selected in the call PANDEMIES 2020 of the Generalitat of Catalonia. Within this project, from the ICRA and the ` BCDS has been working since last summer on the positioning of sensors to detect tracks of SARS-CoV-2 in waste water, research that is framed within the context of this project
Format: application/pdf
Document access: http://hdl.handle.net/10256/22566
Language: cat
Rights: Attribution-NonCommercial-NoDerivatives 4.0 International
Rights URI: http://creativecommons.org/licenses/by-nc-nd/4.0/
Subject: Intel·ligència artificial
Artificial intelligence
City planning
Urbanisme
Aigua - Abastament
Water-supply
Title: Us de tècniques d’Intel·ligència Artificial per a l’anàlisi de xarxes d’infraestructura urbana
Type: info:eu-repo/semantics/bachelorThesis
Repository: DUGiDocs

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