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Managing concurrent QoS assured Multicast sessions using a Programmable Network Architecture

Identifieur interne : 002A36 ( Crin/Corpus ); précédent : 002A35; suivant : 002A37

Managing concurrent QoS assured Multicast sessions using a Programmable Network Architecture

Auteurs : Radu State ; Olivier Festor ; Emmanuel Nataf

Source :

RBID : CRIN:state00c

English descriptors

Abstract

In this paper we address the management of concurrent multicast sessions with security and QoS guarantees. Their main feature is a high degree of change in terms of membership, implying the necessity for fast reconfiguration and provisioning. We will approach the management problem using techniques developed in the context of virtual private networks, adapted to the high dynamicity that we are confronted with. We propose a framework for the management of such networks by integrating the management and the control plane, using the programmable and active networks paradigms developed within the research community. We apply the framework to the management of residential user TV multicast, where an ATM based access network supports the delivery of TV content to all clients having subscribed to a DVPN.

Links to Exploration step

CRIN:state00c

Le document en format XML

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<div type="abstract" xml:lang="en" wicri:score="2568">In this paper we address the management of concurrent multicast sessions with security and QoS guarantees. Their main feature is a high degree of change in terms of membership, implying the necessity for fast reconfiguration and provisioning. We will approach the management problem using techniques developed in the context of virtual private networks, adapted to the high dynamicity that we are confronted with. We propose a framework for the management of such networks by integrating the management and the control plane, using the programmable and active networks paradigms developed within the research community. We apply the framework to the management of residential user TV multicast, where an ATM based access network supports the delivery of TV content to all clients having subscribed to a DVPN.</div>
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<BibTex type="inproceedings">
<ref>state00c</ref>
<crinnumber>A00-R-151</crinnumber>
<category>3</category>
<equipe>RESEDAS</equipe>
<author>
<e>State, Radu</e>
<e>Festor, Olivier</e>
<e>Nataf, Emmanuel</e>
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<title>Managing concurrent QoS assured Multicast sessions using a Programmable Network Architecture</title>
<booktitle>{11th IFIP/IEEE International Workshop on Distributed Systems : Operations & Management - DSOM'2000, USA}</booktitle>
<year>2000</year>
<editor>Gautam Kar, Anthony Ambler, Seraphin Calo</editor>
<series>LNC</series>
<month>Dec</month>
<organization>IEEE</organization>
<url>http://www.loria.fr/publications/2000/A00-R-151/A00-R-151.ps</url>
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<abstract>In this paper we address the management of concurrent multicast sessions with security and QoS guarantees. Their main feature is a high degree of change in terms of membership, implying the necessity for fast reconfiguration and provisioning. We will approach the management problem using techniques developed in the context of virtual private networks, adapted to the high dynamicity that we are confronted with. We propose a framework for the management of such networks by integrating the management and the control plane, using the programmable and active networks paradigms developed within the research community. We apply the framework to the management of residential user TV multicast, where an ATM based access network supports the delivery of TV content to all clients having subscribed to a DVPN.</abstract>
</BibTex>
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}}
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