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TRANS |
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Title: Traffic-Aware Networks and
Services Coordinator: Daniel Kofman, e-mail: daniel_k (at) rad.com Involved countries: Israel, France, Germany, Norway, Greece |
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Abstract |
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TRANS will carry out leading-edge research with the aim to
design, develop and demonstrate a tightly integrated network and service
overlay architecture with advanced traffic-aware and self-organisation
functionality that will significantly facilitate services ubiquity and
mobility of services, while supporting evolved networking business
requirements. Network elements implementing this functionality will also
be designed.
The architectural concept will be validated in three different contexts, each of which related with the provision of a different service over a convergent network. They will address: 1. A new generation of VPNs, the so-called Business-process-aware Virtual Private Networks (BVPNs). 2. The global mobility of video services, crossing terminals and technology borders and their related requirements in terms of media processing. 3. Smart Caching and network acceleration overlays, in particular for the support of video services and optimisation of P2P applications. The traffic-aware and resources-aware functionality will be shared by the different services over a convergent network for global resources optimisation and to significantly reduce management complexity, thereby accelerating the deployment of these evolved services. The outcome will impact network and service providers, enterprises, application developers and end users. New revenues will be generated through the provisioning of evolved services and new approaches provided to using existing services, reducing the corresponding operational costs. The real needs of companies’ communication services will be satisfied by the new generation of BVPNs, improving business effectiveness and reducing their operational costs. From a personal and community services point of view, independence of services from location, access technology and terminal type will be provided. An integrated demonstrator will be developed to validate the approach. |