Autonomic service specific overlay networks

通信和网络技术将取得重大进展。重点将放在被称为第三代（3G和即将到来的4G）移动的电信系统的移动的和无线连接上，并在一定程度上放在特设网络上。因此，我们将被有线和无线网络中不断增长的多域（技术和管理）异构通信所包围。这种环境处理“多区域网络”中的通信，其中人、设备、电器和服务器通过不同类型的网络彼此连接。网络将是无处不在的，无处不在的，多业务，多运营商和多接入。它们将汇集几种不同类型的网络，如体域网（BAN）、车域网（货车）、个域网（PAN）、家域网（HAN）、无线热点网络和蜂窝网络等。该项目旨在开发一个自主服务特定的覆盖网络架构，模型和算法，使动态的固定和移动的网络的无缝服务交付。这可以通过开发用于支持自适应服务交付的框架来实现，该框架优化了自管理自适应服务覆盖基础设施中的网络资源的利用。这将有助于促进快速、灵活地部署和向服务提供商提供服务。它将实现跨管理域的可组合动态服务保证，并提供自主服务特定覆盖，协商用户服务和服务提供商要求，以优化最终用户体验。

Important technological advances will be made in communications and networks. The focus will be on mobile and wireless connectivity, known as third generation (3G and coming 4G) mobile telecommunications systems, and to a certain extent on ad hoc networks. As a result we will be surrounded by ever growing multi-domain (technical and administrative) heterogeneous communications in both wired and wireless networks. This environment deals with communication in "multi-zoned networks", where people, devices, appliances and servers are connected to each other via different kinds of networks. Networks will be pervasive, ubiquitous, multi-service, multi-operator and multi-access. They will bring together several different types of networks, such as body area networks (BAN), vehicular area networks (VAN), personal area networks (PAN), home area networks (HAN), wireless hotspot networks, and cellular networks among many others. This project aims at developing an autonomic service specific overlay network architecture, models, and algorithms for enabling seamless service delivery across dynamic fixed and mobile networks. This can be achieved by developing a framework for supporting adaptive service delivery that optimizes utilization of network resources in self-managed adaptive service overlay infrastructure. The farmework will help to facilitate rapid, flexible deployment and provision of services to service providers. It will enable compostable dynamic service assurance across administrative domains, and offers autonomic service specific overlays that negotiate user service and service provider requirements in order to optimize the end-user experience.