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Your search keyword '"Pietrosemoli, Ermanno"' showing total 19 results
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19 results on '"Pietrosemoli, Ermanno"'

9. The Cloudy Distribution in Community Network Clouds in Guifi.net

Author

Baig, Roger, Carbajales, Rodrigo, Escrich, Pau, Florit, Jorge, Freitag, Felix, Moll, Agusti, Navarro, Leandro, Pietrosemoli, Ermanno, Pueyo, Roger, Selimi, Mennan, Vlassov, Vladimir, Zennaro, Marco, Baig, Roger, Carbajales, Rodrigo, Escrich, Pau, Florit, Jorge, Freitag, Felix, Moll, Agusti, Navarro, Leandro, Pietrosemoli, Ermanno, Pueyo, Roger, Selimi, Mennan, Vlassov, Vladimir, and Zennaro, Marco

Abstract

This demo paper presents Cloudy, a Debian-based distribution to build and deploy clouds incommunity networks. The demonstration covers the following aspects: Installation of Cloudy, theCloudy GUI for usage and administration by end users, demonstration of Cloudy nodes and services deployed in the Guifi community network., QC 20160119, CLOMMUNITY

Published
2015
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10. Deploying Clouds in the Guifi Community Network

Author

Baig, Roger, Dowling, Jim, Escrich, Pau, Freitag, Felix, Meseguer, Roc, Moll, Agusti, Navarro, Leandro, Pietrosemoli, Ermanno, Pueyo, Roger, Vlassov, Vladimir, Zennaro, Marco, Baig, Roger, Dowling, Jim, Escrich, Pau, Freitag, Felix, Meseguer, Roc, Moll, Agusti, Navarro, Leandro, Pietrosemoli, Ermanno, Pueyo, Roger, Vlassov, Vladimir, and Zennaro, Marco

Abstract

This paper describes an operational geographically distributed and heterogeneous cloudinfrastructure with services and applications deployed in the Guifi community network. The presentedcloud is a particular case of a community cloud, developed according to the specific needs and conditions of community networks. We describe the concept of this community cloud, explain our technical choices for building it, and our experience with the deployment of this cloud. We review our solutions and experience on offering the different service models of cloud computing (IaaS, PaaS and SaaS) in community networks. The deployed cloud infrastructure aims to provide stable and attractive cloud services in order to encourage community network user to use, keep and extend it with new services and applications., QC 20160119, CLOMMUNITY

Published
2015
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12. The cloudy distribution in community network clouds in Guifi.net

Author

Baig, Roger, primary, Carbajales, Rodrigo, additional, Escrich, Pau, additional, Florit, Jorge, additional, Freitag, Felix, additional, Moll, Agusti, additional, Navarro, Leandro, additional, Pietrosemoli, Ermanno, additional, Pueyo, Roger, additional, Selimi, Mennan, additional, Vlassov, Vladimir, additional, and Zennaro, Marco, additional

Published
2015
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13. Deploying clouds in the Guifi community network

Author

Baig, Roger, primary, Dowling, Jim, additional, Escrich, Pau, additional, Freitag, Felix, additional, Meseguer, Roc, additional, Moll, Agusti, additional, Navarro, Leandro, additional, Pietrosemoli, Ermanno, additional, Pueyo, Roger, additional, Vlassov, Vladimir, additional, and Zennaro, Marco, additional

Published
2015
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14. Alternative Networks: Toward Global Access to the Internet for All.

Author

Saldana, Jose, Arcia-Moret, Andres, Sathiaseelan, Arjuna, Braem, Bart, Pietrosemoli, Ermanno, Zennaro, Marco, Simo-Reigadas, Javier, Komnios, Ioannis, and Rey-Moreno, Carlos

Subjects
INTERNET, DIGITAL divide, MOBILE communication systems, WIRELESS Internet, IEEE 802.16 (Standard), TELECOMMUNICATION spectrum
Abstract

It is often said that the Internet is ubiquitous in our daily lives, but this holds true only for those who can easily access it. In fact, billions of people are still digitally disconnected, as bringing connectivity to certain zones does not make a good business case. The only solution for these unsatisfied potential users is to directly undertake the building of the infrastructure required to obtaining access to the Internet, typically forming groups in order to share the corresponding cost. This article presents a global classification and a summary of the main characteristics of different Alternative Network deployments that have arisen in recent years with an aim to provide Internet services in places where mainstream network deployments do not exist or are not adequate solutions. The "Global Access to the Internet for All" Research Group of the Internet Research Task Force, where all authors actively participate, is interested in documenting these emerging deployments. As an outcome of this work, a classification has converged by consensus, where five criteria have been identified and, based on them, four different types of Alternative Networks have been identified and described with real-world examples. Such a classification is useful for a deeper understanding of the common characteristics behind existing and emerging Alternative Networks. [ABSTRACT FROM PUBLISHER]

Published
2017
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16. Supporting cloud deployment in the Guifi.net community network

Author

Jimenez, Javi, primary, Baig, Roger, additional, Escrich, Pau, additional, Khan, Amin M., additional, Freitag, Felix, additional, Navarro, Leandro, additional, Pietrosemoli, Ermanno, additional, Zennaro, Marco, additional, Payberah, Amir H., additional, and Vlassov, Vladimir, additional

Published
2013
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19. Low cost carrier independent telecommunications infrastructure.

Author

Pietrosemoli, Ermanno, Zennaro, Marco, and Fonda, Carlo

Abstract

Despite the impressive success in both wireless and fiber optics telecommunications deployment achieved in recent years, there are still many regions that are not adequately served by traditional telecommunications service providers because of the insufficient rate of return of the necessary investment in a reasonable time. In those places, broadband wireless communication can be built directly by small organizations taking advantage of the availability of low cost wireless routers that can be installed by persons with limited training, aided by training materials developed specifically for this purpose, and by examples of deployments in different scenarios. This paper will review some of the efforts to deploy low cost broadband wireless systems in many countries, and the production of training materials to empower individuals to design, install and maintain their own communication infrastructure. The application area span from providing telecommunication services in sparsely populated areas not currently served, to the installation of broadband wireless networks for universities and other organizations at much lower cost than what traditional providers charge. [ABSTRACT FROM PUBLISHER]

Published
2012
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