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Modelling Interactive Real-time Applications on Service Oriented Infrastructures

Modelling Interactive Real-time Applications on Service Oriented Infrastructures
Modelling Interactive Real-time Applications on Service Oriented Infrastructures
The European Commission supported IRMOS project is developing tools and techniques that allow realtime applications to be planned and executed on distributed Service Oriented Infrastructures (SOI) operated by third-party service providers. The exemplar applications within the project are all multimedia based and include support for interactive and collaborative film post-production, the use of virtual and augmented reality within the engineering design process, and the use of 3D virtual worlds as interactive online eLearning environments. In each case, there is a need for well defined and managed Service Level Agreements that have stringent Quality of Service (QoS) terms referring to applications hosted on third-party virtualised resources (storage, processing, networking). This paper presents techniques developed within IRMOS for modelling and predicting the resource and QoS requirements of interactive media applications on SOIs. These models have value in many stages of the application lifecycle, for example when estimating resource needs in advance of execution, when negotiating QoS with service providers, when assessing the probable technical and economic outcomes of provisioning policies and management actions if either the application or resources do not perform as expected or need to be adjusted.
Addis, Matthew
76a7ad46-0adc-44f3-894c-4b2ecbb1131e
Zlatev, Zlatko
8f2e3635-d76c-46e2-85b9-53cc223fee01
Mitchell, William
978d23fb-076a-4bf1-a08a-14c6cd60b831
Boniface, Mike
f30bfd7d-20ed-451b-b405-34e3e22fdfba
Addis, Matthew
76a7ad46-0adc-44f3-894c-4b2ecbb1131e
Zlatev, Zlatko
8f2e3635-d76c-46e2-85b9-53cc223fee01
Mitchell, William
978d23fb-076a-4bf1-a08a-14c6cd60b831
Boniface, Mike
f30bfd7d-20ed-451b-b405-34e3e22fdfba

Addis, Matthew, Zlatev, Zlatko, Mitchell, William and Boniface, Mike (2009) Modelling Interactive Real-time Applications on Service Oriented Infrastructures. 2009 NEM Summit – Towards Future Media Internet, France. 28 - 30 Sep 2009.

Record type: Conference or Workshop Item (Paper)

Abstract

The European Commission supported IRMOS project is developing tools and techniques that allow realtime applications to be planned and executed on distributed Service Oriented Infrastructures (SOI) operated by third-party service providers. The exemplar applications within the project are all multimedia based and include support for interactive and collaborative film post-production, the use of virtual and augmented reality within the engineering design process, and the use of 3D virtual worlds as interactive online eLearning environments. In each case, there is a need for well defined and managed Service Level Agreements that have stringent Quality of Service (QoS) terms referring to applications hosted on third-party virtualised resources (storage, processing, networking). This paper presents techniques developed within IRMOS for modelling and predicting the resource and QoS requirements of interactive media applications on SOIs. These models have value in many stages of the application lifecycle, for example when estimating resource needs in advance of execution, when negotiating QoS with service providers, when assessing the probable technical and economic outcomes of provisioning policies and management actions if either the application or resources do not perform as expected or need to be adjusted.

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More information

Published date: September 2009
Additional Information: Event Dates: September 28-30, 2009
Venue - Dates: 2009 NEM Summit – Towards Future Media Internet, France, 2009-09-28 - 2009-09-30
Organisations: Electronics & Computer Science, IT Innovation

Identifiers

Local EPrints ID: 271068
URI: https://eprints.soton.ac.uk/id/eprint/271068
PURE UUID: eacae5d2-3b09-485a-8def-dd7c92eec352

Catalogue record

Date deposited: 13 May 2010 11:48
Last modified: 18 Jul 2017 06:48

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Contributors

Author: Matthew Addis
Author: Zlatko Zlatev
Author: William Mitchell
Author: Mike Boniface

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