Indicators
Biography
Dr. Eusebi Calle receives his PhD in Computer Science by Universidad de Girona (UdG) in 2004, and Award to the best PhD thesis. From 1997 he is a part-time associate in departamento de Arquitectura de Computadores de la Universidad de Girona and he is also Gestor de Tecnología Informática y Telecomunicaciones en el Departamento de Educación de la Generalitat de Catalunya in Girona. In 2009 he becomes Associated Professor (profesor Titular Universitario en el departamento de Arquitectura de computadores de la Universidad de Girona). From 2011 -2018 he is also the coordinator of the Computer Science studies.
He is part of the Broadband Communications and Distributed Systems (BCDS) group in Universidad de Girona - Instituto de Informática. His topic of interest covers Telecommunication networks: Optical networks, routing algorithms, network protection, complex networks, robustness analysis, etc. he has directed/codirected 5 PhD thesis, and write more than 60 papers in international congresses such as IEEE ICC, IEEE Globecom, or specialized congresses in reliable network design such as IEEE DRCN o IEEE RNDM, etc.
He has also published several papers in international journals. Some of them are in the more relevant journals in communication networks, such as: IEEE Network magazine, IEEE communications magazine, Elsevier computer networks, or Journal of Optical Networking. Concerning the research area of Complex networks and network science he has also published in relevant journals such as Physica A, or Nature scientific reports. In 2014 he was also a Keynote Speaker in the RNDM 2014 with the talk entitled ‘Robustness analysis of networks under large-scale failures: drawing robustness surfaces. Currently he is TPC in different well-known congresses such as DRCN, RNDM, IFIP Networking, etc. He was also the TPC chair of OPTICS 201 and RNDM 2017.
He has participated in more than 20 national and European projects. He was the Main Researcher of the national projects: ROGER and GIROS, focused on network robustness analysis. He has been also IP in 2 national research networks in optical networks, and edge-computing: Go2Edge and ElasticNetworks. He has been involved in different European projects such as EULER or RECODIS (Cost). He has also been the national IP of 2 European Erasmus + projects: HINGE and B-Readi. He is currently very active in transversal projects, collaborating with ICRA (Institut Català de Recerca en Aigua) in 2 national projects ReuseMP3 and VIRWASTE.
Throughout his research career he has collaborate publishing different relevant papers with some of the most important research groups in the area: Universty of Kansas, Georgia Institute of Technology, Budapest University of Technology, University of Stratchclyde, Technical University of Denmark (DTU), North Dakota State University, etc.
David Martínez; Eusebi Calle; Dolors Canals Ametller
David Martínez, Aniol Molero, Eusebi Calle, Dolors Canals Ametller, Albert Jové,
D. Martínez, M. Farreras, S. Bergillos, P. Vilà, L. Fàbrega, A. Bueno, E. Calle
David Martínez, Sergi Bergillos, Lluís Corominas, Joaquim Comas, Fenghua Wang, Robert Kooij, Eusebi Calle,
Lluís M. Bosch, Josep Pueyo Ros, Marc Comas Cufí, Joan Saldaña, Jordi Ripoll, Eusebi Calle, Pau Fonseca i Casas, Joan Garcia i Subirana, Carles M. Borrego, Lluís Corominas,
David Martínez, Sergi Bergillos, Lluís Corominas, Marc Comas Cufí, Eusebi Calle,
lluis corominas, Ian Zammit, Sergi Badia, Josep Pueyo Ros, Lluís Maria Bosch, Eusebi Calle, David Martinez, Maria José Chesa, Cristian Chincolla, Ariadna Martinez, Anna Llopart Mascaró, X. Varela, Elena Domene, Marta Garcia Sierra, Xavier Garcia, Mar Satorras, Jordi Raich Montiu, Roger Peris, Raul Horno, Edgar Rubion, Sergi Simon, Marc Ribalta, Ian Palacin,
Eusebi Calle, David Martínez, Gianluigi Buttiglieri, Lluís Corominas, Miquel Farreras, Joan Saló Grau, Pere Vilà, Josep Pueyo Ros, Joaquim Comas,
J Paillisse, S Bergillos, M Madrenys, E Calle
D. Careglio, J.D. Pascual, X. Gelabert, V.R. Syrotiuk, E. Calle, L. Fàbrega, P. Vilà, et al.
Jose L Marzo, David Martinez, Sergi Bergillos, Eusebi Calle,
David Martínez, Eusebi Calle, Albert Jové, Cristina Pérez Solà,
Eusebi Calle, David Martínez, Roser Brugués i Pujolràs, Miquel Farreras, Joan Saló Grau, Josep Pueyo Ros, Lluís Corominas,
Eusebi Calle, David Martínez, Mariusz Mycek, Michal Pióro
Eusebi Calle, Sergio G. Cosgaya, David Martinez, Michal Pioro,
Kashif Bilal, Marc Manzano, Aiman Erbad, Eusebi Calle, Samee U. Khan,
Jose L Marzo, Eusebi Calle, Sergio G. Cosgaya, Diego Rueda, Andreu Manosa,
Diego F. Rueda, Eusebi Calle, Xiangrong Wang, Robert E. Kooij,
X. Masip, E. Marin, A. Jurnet, P. Reviriego, R. Flores, C. M. Lentisco, D. Fernandez, L. Bellido, S. Gomez, E. Calle, G. Otero, J. A. Hernandez, D. Larrabeiti,
Sergio G. Cosgaya, Eusebi Calle, Jose L. Marzo,
Artemis Psaltoglou, Eusebi Calle,
A Psaltoglou, E Calle
DF Rueda Pepinosa
Diego F. Rueda, Eusebi Calle, Jose L. Marzo,
Diego F. Rueda, Eusebi Calle,
DF Rueda, E Calle, JL Marzo
Maldonado Lopez, F. A., Calle, E., Donoso, Y.,
Rueda, D. F., Calle, E., Maldonado Lopez, F. A., Donoso, Y., Ieee,,
J Rak, D Hutchison, E Calle, T Gomes, M Gunkel, P Smith, J Tapolcai, ...
Torres Padrosa, V., Manzano, M., Calle, E., Marzo, J.L.
van Duijnen, P. G., Schweckendiek, T., Calle, E. O. F., van Eekelen, S. J. M.,
Kashif Bilal, Samee U. Khan, Marc Manzano, Eusebi Calle, Sajjad A. Madani, Khizar Hayat, Dan Chen, Lizhe Wang, Rajiv Ranjan,
FA Maldonado Lopez, E Calle, Y Donoso
V Torres‐Padrosa, M Manzano, E Calle, JL Marzo
Manzano, M., Sahneh, F., Scoglio, C., Calle, E., Marzo, J.L.
Manzano, M., Uruena, M., Suznjevic, M., Calle, E., Hernandez, J. A., Matijasevic, M.,
Ripoll, J., Manzano, M., Calle, E.,
Schweckendiek, T., Vrouwenvelder, A. C. W. M., Calle, E. O. F.,
M Manzano, E Calle, J Ripoll, AM Fagertun, V Torres Padrosa, S Pahwa, ...
M Manzano, AM Fagertun, S Ruepp, E Calle, C Scoglio, A Sydney, ...
Kułakowski, P., Calle, E., Marzo, J.L.
Kashif Bilal, Marc Manzano, Samee U. Khan, Eusebi Calle, Keqin Li, Albert Y. Zomaya,
Manzano, M., Calle, E., Torres Padrosa, V., Segovia, J., Harle, D.,
Manzano, Marc, Bilal, Kashif, Calle, Eusebi, Khan, Samee U.,
M Manzano, E Calle, J Ripoll, AM Fagertun, V Torres Padrosa
Segovia, J., Vilà, P., Calle, E., MarZo, J.L.
Seoane, I., Calle, E., Hernandez, J. A., Segovia, J., Romeral, R., Vila, P., Uruena, M., Manzano, M.,
Manzano, M., Marzo, J.L., Calle, E., Manolovay, A.,
V Torres Padrosa, E Calle, JL Marzo, M Rovira
M Manzano, JA Hernandez, M Uruena, E Calle
M Manzano, V Torres Padrosa, E Calle
M Manzano, J Segovia, E Calle, JL Marzo
V Torres Padrosa, M Manzano, E Calle, JL Marzo
MS Obaidat, P Vila
M Manzano, JA Hernández, MU Pascual, E Calle, EC Ortega
Torres Padrosa, V., Calle, E., Marzo, J.L., Rovira, M.
Manolova, A., Ruepp, S., Dittmann, L., Calle, E., Marzo, J.
M Manzano, E Calle, D Harle
MM Castro
J Segovia Silvero
Calle, Eusebi, Ripoll, Jordi, Segovia, Juan, Vila, Pere, Manzano, Marc,
Marzo, Jose L., Stidsen, Thomas, Ruepp, Sarah, Calle, Eusebi, Tapolcai, Janos, Segovia, Juan,
Segovia, J., Marzo, J.L., Calle, E., Vilà, P.,
Kulakowski, P., Calle, E., Marzo, J.L.,
M Manzano, J Segovia, E Calle, P Vilà, JL Marzo
P Kulakowski, E Calle, JL Marzo
P Kulakowski, E Calle, JL Marzo
I Seoane, E Calle, JA Hernández, J Segovia, R Romeral, P Vilà, ...
Segovia, J., Calle, E., Vilà, P.,
A Manolova, S Ruepp, L Dittmann, E Calle, J Marzo
A Koster, X Muñoz
ECJ Segovia, P Vila
Segovia, J., Calle, E., Vila, P., Marzo, J., Tapolcai, J.,
Segovia, J., Calle, E., Vila, P.,
Marzo, J.L., Calle, E., Vilà, P., Urra, A.
Urra, Anna, Calle, Eusebi, Marzo, Jose L., Vila, Pere,
Harle, D., Albarrak, S., Ali, F., Urra, A., Calle, E., Marzo, J.L.,
JM Fernandez, P Vila, E Calle, JL Marzo
Urra, A., Calle, E., Marzo, J.L.
Urra, Anna, Calle, Eusebi, Marzo, Jose L.,
Calle, E., Urra, A., Marzo, J.L., Kuo, G. S., Guo, H. B.,
E Calle, A Urra, JL Marzo
A Urra i Fàbregas
Urra, A., Calle, E., Marzo, J.L.,
Urra, A., Calle, E., Marzo, J.L.,
Urra, A., Marzo, J.L., Sbert, M., Calle, E.,
Urra, A., Calle, E., Marzo, J.L.,
JL Marzo, P Vila, S Cots, E Calle
P. Vilà, J.L. Marzo, E. Calle, L. Fàbrega
Calle, E., Marzo, J.L., Urra, A.
Urra, A Calle, E Marzo, JL IEEE,
E. Calle, J.L. Marzo, A. Urra, L. Fàbrega
Vila, P Marzo, JL Calle, E Carrillo, L,
P. Vilà, J.L. Marzo, A. Bueno, E. Calle, L. Fàbrega
A Urra, E Calle, JL Marzo
E Calle
J.L. Marzo, P. Vilà, A. Bueno, L. Fàbrega, E. Calle
E Calle, A Urra, JL Marzo
E Calle
Marzo, J.L., Calle, E., Scoglio, C., Anjali, T.,
Calle, E Marzo, JL Urra, A Vila, P IEEE,
Calle, E Marzo, JL Urra, A,
JL Marzo, E Calle, C Scoglio, T Anjali
E Calle, JL Marzo, A Urra
E Calle, A Urra, JL Marzo
E Calle, P Vilà, JL Marzo, S Cots
P Villa, JL Marzo, E Calle
E Calle, P Vilà, JL Marzo, S Cots
YD Meisel, R Fabregat, JL Marzo, E Calle
E Calle, T Jové, P Vilà, JL Marzo
E Calle, T Jové, P Vilà, JL Marzo
Urban water networks serve as lifelines for densely populated areas, ensuring access to clean water for drinking, sanitation, and industrial purposes. These infrastructures form the backbone of urban life. However, in recent years, water science has faced urgent challenges, including the need for wastewater surveillance to detect viruses and the optimization of reclaimed water networks to address water scarcity exacerbated by climate change. This thesis applies graph theory to address these challenges in urban water networks. Graph theory, which studies mathematical structures composed of nodes and edges, offers innovative strategies for enhancing network surveillance, design, and resilience. Urban water distribution networks are modeled as undirected graphs, while wastewater networks are represented as directed graphs. The research employs a five-phase methodology: literature review, data acquisition, data preparation, algorithm development, and data analysis. This process automates data gathering and processing, resulting in significant efficiencies. Girona and Lloret de Mar cities serve as case studies for testing and validating the developed algorithms. One key achievement is the development of a sewage monitoring site selection algorithm, which optimally balances coverage and interference considerations. This algorithm has proven highly beneficial for pandemic management, aiding in the early detection of COVID-19 in wastewater. After sewage network monitoring, efforts focused on improving network resilience, starting with analyzing tree root impacts on wastewater networks. A tree rearrangement algorithm was created to mitigate pipe failure risks in wastewater networks, yielding significant cost savings despite initial investments. In reclaimed water distribution networks (WDNs), two novel proposals are presented for designing resilient and cost-effective systems. These proposals compute optimal network designs, delivering reclaimed water up to three times more efficiently than manual planning. The algorithms prioritize resilience and cost savings, leading to substantial water conservation, which is crucial in drought conditions. These solutions are integrated into the REWATnet tool and repository. This doctoral thesis significantly contributes by integrating computer science, graph theory, and water sciences. It addresses pressing issues from the COVID-19 pandemic to environmental preservation and water scarcity. The innovative algorithms and tools developed enhance the efficiency, accessibility, and sustainability of urban water systems
