Future Internet Brazilian Environment for Experimentation
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FIBRE – Future Internet Brazilian Environment for Experimentation ICT Week Leandro Ciuffo – RNP [email protected] Brasilia, Sep 2016
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Transcript of Future Internet Brazilian Environment for Experimentation
FIBRE – Future Internet Brazilian Environmentfor Experimentation
ICT Week
Leandro Ciuffo – [email protected]
Brasilia, Sep 2016
Timeline
1st EU-BR call
2011 2014 2015 20182012 2013 2016 2017
RNP 3rd EU-BR call(Testbed as a service)
(Project)
2019
1st EU-Brazil Coordinated Call in ICT
Tema Projeto selecionadoMicroelectronics/ Microsystems PodiTrodiNetworked Monitoring and Control BEMO-COFRAFuture Internet: Experimental Facilities FIBREFuture Internet: Security SECFUNETe-Infrastructures EUBrazilOpenBio
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FIBRE Testbed Overview
• Large-scale Virtual Laboratory for students and network researchers• Application and/or lower network layers
• Characteristics• Open and free to use• Diverse types of resources available
• Wireless, VMs, OpenFlow substrate, Sensor Networks• Autonomous Federation of local Testbeds
• SFA (Slice based Federated Architecture)• Community Governance Model• Main services (Operation Centre) operated by RNP
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UFPE
UNIFACS
UFFUFRJCPqD USPUFSCar
RNP
UFG
UFPA
Wireless nodes
Virtual Machines and switches
RNP(FIBREnet)
Legacy testbedGeneral view
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Connection to USA
Connection to Europe
FIBREnetDatacom DM4001(FIBREnet border router)
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UFPE
UNIFACS
UFFUFRJCPqD
USP
UFSCar
RNP
UFG
UFPA
UFRGS
Wireless nodes
Sensors
Virtual Machines and switches
Connection to USA
Connection to Europe
Current infra
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UFPE
UFES
PUC-Rio
UFFUFRJ
PUC-RS
CPqD
USP
UFSCar
RNP
UFG
UFPA
UFMGUFU
UFRGS
UdelaR
Wireless nodes
Sensors
Virtual Machines and switches
Connection to USA
Connection to Europe
UNIFACS
UFBA
Expansion in progress
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Hardware inside a typical FIBRE island
2x ServerU Netmap L-800 (whitebox)
Datacom OpenFlow switch(FIBREnet border router)
2 switches OpenFlowVM Server
@institution (lab or datacenter) @RNP PoP
Top of Rack switch
HP DL160 Gen9DATACOM DM4100 ETH44GT+4GC+S+L3
DATACOM DM4001
FIBREnet
Icarus wireless nodes
Users
231 users55 institutions
OCT DEC JAN FEB APR JUN SEP0
50
100
150
200
250
User Growth Through Time
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Usage (recent examples)
Trabalhos acadêmicos"Djalma Filho" <[email protected]>
UFPE - Usa o testbed em experimentos para a dissertação de mestrado"Claudio Luiz" <[email protected]>
IFF - Usa o testbed em experimentos para a dissertação de mestrado e em artigo aceito para o WPEIF 2016 de título "Investigação do Protótipo ProtoRINA utilizando o Ambiente Fibre".
"rodrigoalves rj" <[email protected]>UFF - Irá utilizar na tese de doutorado.Também utilizou em sala de aula para o curso de SDN da UFF.
Jeandro Bezerra e Adriano Henrique de Melo França <[email protected]> UFPE - Utilizará em minicurso do SBRC 2016 (http://www.sbrc2016.ufba.br/minicurso/minicurso-3/)
Equipe UFMGArtigo sobre avaliação comparativa de switches OpenFlow (testes de desempenho com DATACOM do PoP-MG)
Uso em sala de aulaMarco Antonio <[email protected]>
UFF - Utilizou em pesquisa orientada e no curso SDN da UFF.Alunos da UFC
UFC - Utilização em curso de SDN da UFC
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FIBRE Current Status and Next Steps
• Architecture Upgrade• Single resource management and reservation interface• Adoption of a new Control and Management Framework
(OMF 6.0)• Support for the OpenFlow 1.3 protocol
• Extensibility and integration of new resource types• IoT, sensors and actuators, photonics, cloud,…
• Testbed-as-a-Service model• Partnership with other initiatives and projects• E.g. FUTEBOL, BAMBU, Fed4FIRE
• Short course next week at ERRC – Porto Alegre
Leandro Ciuffo – [email protected]
Obrigado / Thank You
www.facebook.com/fibre.testbedwww.fibre.org.br
