FUTEBOL Control Framework: Enabling Optical-Wireless Convergence

Cristiano Both; Rafael Silva Guimaraes; Frank Slyne; Juliano Wickbold; Magnos Martinello; Christina Dominicini,; Rafael Martins; Yi Zhang; Diego Cardoso; Rodolfo Villaca; Carlos Colman Meixner; Isabella Ceravolo; Reza Nejabati; M. Ruffini; Johann Marquez-Barja; Luiz Da Silva

FUTEBOL Control Framework: Enabling Optical-Wireless Convergence

Cristiano Both, Rafael Silva Guimaraes, Frank Slyne, Juliano Wickbold, Magnos Martinello, Christina Dominicini,, Rafael Martins, Yi Zhang, Diego Cardoso, Rodolfo Villaca, Carlos Colman Meixner, Isabella Ceravolo, Reza Nejabati, M. Ruffini, Johann Marquez-Barja, Luiz Da Silva

Research output: Contribution to journal › Article (Academic Journal) › peer-review

Abstract

Large-scale testing and performance evaluation of network services is complex and involves multiple network domains (e.g., optical and wireless networks, cloud services). The H2020 EU-Brazil FUTEBOL project has deployed geographically distributed testbeds that enable the experimentation and validation of new protocols that spread over both optical and wireless networks. In this article, we describe a control framework that allows experimenters to slice, reserve, and control optical, wireless, and cloud resources in a coordinated manner. Our control framework employs network orchestrators, which cope with the heterogeneity of both wireless and optical communications. We illustrate the features of and evaluate our solution through an experiment that supports cross-domain resource orchestration and automatic service scaling.

Original language	English
Article number	COMMAG-19-00054
Pages (from-to)	1-8
Number of pages	8
Journal	IEEE Communications Magazine
Publication status	Submitted - 28 Jan 2019

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title = "FUTEBOL Control Framework: Enabling Optical-Wireless Convergence",

abstract = "Large-scale testing and performance evaluation of network services is complex and involves multiple network domains (e.g., optical and wireless networks, cloud services). The H2020 EU-Brazil FUTEBOL project has deployed geographically distributed testbeds that enable the experimentation and validation of new protocols that spread over both optical and wireless networks. In this article, we describe a control framework that allows experimenters to slice, reserve, and control optical, wireless, and cloud resources in a coordinated manner. Our control framework employs network orchestrators, which cope with the heterogeneity of both wireless and optical communications. We illustrate the features of and evaluate our solution through an experiment that supports cross-domain resource orchestration and automatic service scaling.",

author = "Cristiano Both and {Silva Guimaraes}, Rafael and Frank Slyne and Juliano Wickbold and Magnos Martinello and Christina Dominicini, and Rafael Martins and Yi Zhang and Diego Cardoso and Rodolfo Villaca and {Colman Meixner}, Carlos and Isabella Ceravolo and Reza Nejabati and M. Ruffini and Johann Marquez-Barja and {Da Silva}, Luiz",

year = "2019",

month = jan,

day = "28",

language = "English",

pages = "1--8",

journal = "IEEE Communications Magazine",

issn = "0163-6804",

publisher = "Institute of Electrical and Electronics Engineers (IEEE)",

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TY - JOUR

T1 - FUTEBOL Control Framework: Enabling Optical-Wireless Convergence

AU - Both, Cristiano

AU - Silva Guimaraes, Rafael

AU - Slyne, Frank

AU - Wickbold, Juliano

AU - Martinello, Magnos

AU - Dominicini,, Christina

AU - Martins, Rafael

AU - Zhang, Yi

AU - Cardoso, Diego

AU - Villaca, Rodolfo

AU - Colman Meixner, Carlos

AU - Ceravolo, Isabella

AU - Nejabati, Reza

AU - Ruffini, M.

AU - Marquez-Barja, Johann

AU - Da Silva, Luiz

PY - 2019/1/28

Y1 - 2019/1/28

N2 - Large-scale testing and performance evaluation of network services is complex and involves multiple network domains (e.g., optical and wireless networks, cloud services). The H2020 EU-Brazil FUTEBOL project has deployed geographically distributed testbeds that enable the experimentation and validation of new protocols that spread over both optical and wireless networks. In this article, we describe a control framework that allows experimenters to slice, reserve, and control optical, wireless, and cloud resources in a coordinated manner. Our control framework employs network orchestrators, which cope with the heterogeneity of both wireless and optical communications. We illustrate the features of and evaluate our solution through an experiment that supports cross-domain resource orchestration and automatic service scaling.

AB - Large-scale testing and performance evaluation of network services is complex and involves multiple network domains (e.g., optical and wireless networks, cloud services). The H2020 EU-Brazil FUTEBOL project has deployed geographically distributed testbeds that enable the experimentation and validation of new protocols that spread over both optical and wireless networks. In this article, we describe a control framework that allows experimenters to slice, reserve, and control optical, wireless, and cloud resources in a coordinated manner. Our control framework employs network orchestrators, which cope with the heterogeneity of both wireless and optical communications. We illustrate the features of and evaluate our solution through an experiment that supports cross-domain resource orchestration and automatic service scaling.

M3 - Article (Academic Journal)

SN - 0163-6804

SP - 1

EP - 8

JO - IEEE Communications Magazine

JF - IEEE Communications Magazine

M1 - COMMAG-19-00054

ER -

FUTEBOL Control Framework: Enabling Optical-Wireless Convergence

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