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A detailed performance and trade-off analysis of a novel optical service plane architecture which is either integrated with the infrastructure provider entity or exists as a separate entity is presented and evaluated.
This paper presents a demonstration of an all-optical multicasting scheme for ultra high definition media over wavelength-routed networks, using Self-Phase Modulation. The feasibility of using this technique has been experimentally and theoretically evaluated for streaming rates up to 100 Gbps.
In this paper, a novel multi-service architectural solution based on a MAC protocol for mesh OBS networks is designed and the network performance among TDM services and connectionless bursts transmissions is evaluated through simulations.
This paper presents a hardware accelerated QoT estimation tool used in the DICONET impairment-aware optical network. Performance evaluation is given by examining different network scenarios in terms of network size and number of wavelengths.
This paper presents a novel application-aware network architecture for evolving and emerging IT services and applications. It proposes and analyses network architectures that integrate Session Initiation Protocol (SIP) with Optical Burst Switched (OBS) protocols on a unified manner. We suggest various SIP-OBS layering architectures for possible deployment as well as a number of end-to-end resource...
This paper demonstrates an application-aware optical burst/circuit switched ingress router able to map IP traffic into optical bursts or optical circuits. The solution utilises a fast widely tuneable laser and a high speed hardware platform.
We will present here a new network service model that allows users or/and applications to adapt the network to their applications. This notion of adaptability adds a new dimension to the long-standing practice to adapt the applications to networks. This network model will require the network topology to migrate from the traditional edge-core telecom model to a more distributed model. In this type...
Emerging distributed and collaborative network applications like grid services demand an intelligent and user-centric infrastructure. There has been lots of effort in both network control plane layer and application layer interfaces to provide dynamic on demand service provisioning with desirable requirements. In this paper a novel solution towards an intelligent and ubiquitous photonic grid network...
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