Virtualised e-Learning with Real-Time Guarantees on the IRMOS Platform1
Virtualised e-Learning with Real-Time Guarantees on the IRMOS Platform1
In this paper we focus on how Quality of Service guarantees are provided to virtualised applications in the Cloud Computing infrastructure that is being developed in the context of the IRMOS1 European Project. Provisioning of proper timeliness guarantees to distributed real-time applications involves the careful use of real-time scheduling mechanisms at the virtual-machine hypervisor level, of QoS-aware networking protocols and of proper design methodologies and tools for stochastic modelling of the application. The paper focuses on how we applied these techniques to a case-study involving a real e- Learning mobile content delivery application that has been integrated into the IRMOS platform and its achieved performance
Cucinotta, T
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Checconi, F
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Kousiouris, G
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Kyriazis, D
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Varvarigou, T
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Mazzetti, A
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Zlatev, Zlatko
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Papay, Juri
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Boniface, Mike
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Berger, S
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Lamp, D
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Voith, T
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Stein, M
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December 2010
Cucinotta, T
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Checconi, F
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Kousiouris, G
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Kyriazis, D
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Varvarigou, T
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Mazzetti, A
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Zlatev, Zlatko
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Papay, Juri
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Boniface, Mike
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Berger, S
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Lamp, D
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Voith, T
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Stein, M
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Cucinotta, T, Checconi, F, Kousiouris, G, Kyriazis, D, Varvarigou, T, Mazzetti, A, Zlatev, Zlatko, Papay, Juri, Boniface, Mike, Berger, S, Lamp, D, Voith, T and Stein, M
(2010)
Virtualised e-Learning with Real-Time Guarantees on the IRMOS Platform1.
IEEE International Conference on Service-Oriented Computing and Applications SOCA 2010, Perth, Australia.
Record type:
Conference or Workshop Item
(Paper)
Abstract
In this paper we focus on how Quality of Service guarantees are provided to virtualised applications in the Cloud Computing infrastructure that is being developed in the context of the IRMOS1 European Project. Provisioning of proper timeliness guarantees to distributed real-time applications involves the careful use of real-time scheduling mechanisms at the virtual-machine hypervisor level, of QoS-aware networking protocols and of proper design methodologies and tools for stochastic modelling of the application. The paper focuses on how we applied these techniques to a case-study involving a real e- Learning mobile content delivery application that has been integrated into the IRMOS platform and its achieved performance
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2010_-_22381.pdf
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Published date: December 2010
Additional Information:
Event Dates: December 2010
Venue - Dates:
IEEE International Conference on Service-Oriented Computing and Applications SOCA 2010, Perth, Australia, 2010-12-01
Organisations:
Electronics & Computer Science, IT Innovation
Identifiers
Local EPrints ID: 272381
URI: http://eprints.soton.ac.uk/id/eprint/272381
PURE UUID: 507ffb3e-dbd6-4246-8234-7b935f7c60cc
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Date deposited: 31 May 2011 14:13
Last modified: 15 Mar 2024 03:09
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Contributors
Author:
T Cucinotta
Author:
F Checconi
Author:
G Kousiouris
Author:
D Kyriazis
Author:
T Varvarigou
Author:
A Mazzetti
Author:
Zlatko Zlatev
Author:
Juri Papay
Author:
S Berger
Author:
D Lamp
Author:
T Voith
Author:
M Stein
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