Enabling Distributed QoS Management Utilizing Active Network Technology

Vrontis, Stavros; Sygkouna, Irene; Chantzara, Maria; Sykas, Eystathios

doi:10.1007/978-0-387-35703-4_10

Cited by 5 publications

(3 citation statements)

References 9 publications

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“…routing table configuration) of an active node is easy, since relevant DINA methods are available and the programmer may use them, in order to create the active code for the tree installation. An active application for the configuration of a single path between two nodes is presented in [20]. The implementation of DINA is a task currently undertaken by the CONTEXT IST project [21].…”

Section: Implementation Issuesmentioning

confidence: 99%

Extending differentiated services architecture for multicasting provisioning

Vrontis

Sykas

2005

Computer Networks

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Section: Implementation Issuesmentioning

confidence: 99%

Extending differentiated services architecture for multicasting provisioning

Vrontis

Sykas

2005

Computer Networks

Self Cite

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“…Finally, the deployment of reconfigurable middleboxes or active network-based solutions has been considered in [36] and [37] in order to adapt or change the network configuration to match current traffic requirements. However, most of these solutions are not embeddable in general routing fabrics, but rather focus on out-of-band allocation of QoS resources in order to improve communication for individual flows.…”

Section: Related Workmentioning

confidence: 99%

Dynamic Link Measurements Using Active Components

Pezaros

Sifalakis

Schmid³

et al. 2007

Active Networks

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Abstract. Active and programmable network technologies strive to support completely new forms of data-path processing capabilities inside the network. This in conjunction with the ability to dynamically deploy such active services at strategic locations inside the network enables totally new types of applications. In this paper we exploit these network-side programming capabilities to realise a new active network application that dynamically evaluates network link costs based on in-line traffic measurements. The performance experienced by the data packets (e.g. delays, jitter and packet loss) along network or virtual links is used to compute link costs based on multiple cost metrics. The results are published by means of a routing metric broker, which enables available routing protocols to calculate different sets of routes for different QoS metrics -as for example suggested for ToS-based routing (RFC 1583).

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“…With regard to QoS management by active networking, the management has been reported [14]. However our main objective is not executing QoS management.…”

Section: Dynamic Diffserv Qos Configuration and Considerationmentioning

confidence: 99%

Dynamic Deployment and Configuration of Differentiated Services Using Active Networks

et al. 2004

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Abstract. This paper presents the detailed components of the Future Active IP Networks (FAIN) [1] [2] [3] active node framework based on the novel Virtual Environment (VE) concept. It also presents the dynamic and autonomic deployment of differentiated services and the configuration capabilities thereof enabled. The FAIN node supports the dynamic deployment and instantiation of multiple active VEs, each one of them capable of hosting multiple Execution Environments (EE) and supporting communication among different EEs in the same node. The EEs may, in turn, be deployed and instantiated on demand thereby introducing new features and functionality in the node according to new requirements and arising needs. We tested the FAIN active network by developing and dynamically deploying a control EE, which was designed and tested for the QoS configuration of the Diffserv-enabled pan-European FAIN testbed [4].

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Enabling Distributed QoS Management Utilizing Active Network Technology

Cited by 5 publications

References 9 publications

Extending differentiated services architecture for multicasting provisioning

Extending differentiated services architecture for multicasting provisioning

Dynamic Link Measurements Using Active Components

Dynamic Deployment and Configuration of Differentiated Services Using Active Networks

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