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International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Federating Heterogeneous Test-bedsfor Future Internet Research
Frederic Francois(Research Assistant)
Frederic [email protected]
Slide 1
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Outline:1. Current Situation2. Introduction to FED4FIRE3. FED4FIRE Architecture
i. Resource discovery, reservation, provisioning and releaseii. Experiment controliii. Measurements and monitoringiv. Portal
4. Conclusions
Frederic [email protected]
Slide 2
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
1. Many isolated test-beds which offer different but complementary experimentation facilities
Frederic [email protected]
Slide 3
1. Current Situation
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
2. Users have to create an account on each facility and need to get familiar with different user interfaces
3. There is no support for the inter-connection of the various test beds for advanced experimentation
4. Experimenters lack tools to more efficiently control their experiment and retrieve essential monitoring data
Frederic [email protected]
Slide 4
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 5
2. Introduction to FED4FIRE
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 6
3. Objectives of FED4FIRE 1. To provide a transparent and unified way for experimenters to
discover, reserve, provision and release resources from all the FED4FIRE test-beds
2. To allow experimenters to use their existing credentials (or obtain a single credential) to access and use FED4FIRE test-beds
3. To provide monitoring data to both test-bed operators and experimenters
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 7
4. To provide tools for test-bed operators to incorporate their test-bed within the FED4FIRE framework
5. To design mechanisms through which test-beds can be inter-connected on a data-plane level
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 8
2. FED4FIRE Architecture
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 9
(i) Discovery, reservation, provisioning & release
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 10
Slice-based Federation Architecture (SFA) 1. API: Geni AM v3,
http://groups.geni.net/geni/wiki/GAPI_AM_API_V3_DETAILS2. XML-RPC over SSL with client authentication using certificates
Resource state diagram
API methods:1.GetVersion2.ListResources3.Describe4.Allocate5.Renew6.Provision7.Status8.PerformOperationalAction9.Delete10.Shutdown
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 11
SFA: RSpec 1. XML for resource/experiment description (http
://www.geni.net/resources/rspec/3/)2. Three types:
i. Advertisementii. Requestiii. Manifest
3. Different domain-specific extensions to the Geni RSpec v3 exist today
4. Fed4FIRE is defining a novel ontology-based common RSpec
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 12
(ii) Experiment Control
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 13
Experiment Control 1. Experiment control
i. Resource control mechanismii. Experiment controller
2. Federated Resource Control Protocol (FRCP):
i. Common protocol for Resource Control (RC)
ii. Efficient way to support RC in heterogeneous federation: a) Multiple test-bedsb) Multiple experiment
controllers
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 14
(iii) Measurements and Monitoring1. Uniform reporting of
data through OML streams
2. Freedom of choice regarding M&M tools
3. Collection and storage: OML framework
4. Visualisation and analysis: Tophat
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 15
(iv) FED4FIRE Portal (www.fed4fire.eu)I. Provide information about the Fed4FIRE federation
i. Project itselfii. First Level Supportiii. Test-beds directoryiv. Tools directory
II. Register new experimentersIII. Act as a client tool
i. Resource discovery, requirements, reservation, provisioning and release
ii. Experiment control bridge
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Frederic [email protected]
Slide 16
FED4FIRE Portal Interactions with other components
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
We hope to see you use the FED4FIRE facilities once it becomes fully operational
Frederic [email protected]
Slide 17
International Workshop on Trends In Future Communications: High Performance Network Infrastructure for Future Internet.
Thank you, any questions?
Frederic [email protected]
Slide 18
