10 research outputs found

    Software Defined Networking:Applicability and Service Possibilities

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    Dynamic aggregation of traffic flows in SDN Applied to backhaul networks

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    Mapping curiosity : Kaspar Friedrich Jencquel’s Recommendations for Visits of Cabinets in Europe (1727)

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    The German museum in the eighteenth century. How Neickel Kanold and present their inventory in 1727 of the European collections

    Software Defined Networking demands on software technologies

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    Software Defined Networking (SDN) is a networking approach based on a centralized control plane architecture with standardised interfaces between control and data planes. SDN enables fast configuration and reconfiguration of the network to enhance resource utilization and service performances. This new approach enables a more dynamic and flexible network, which may adapt to user needs and application requirements. To this end, systemized solutions must be implemented in network software, aiming to provide secure network services that meet the required service performance levels. In this paper, we review this new approach to networking from an architectural point of view, and identify and discuss some critical quality issues that require new developments in software technologies. These issues we discuss along with use case scenarios. Here in this paper we aim to identify challenges for further evolution of software technologies in addressing problems of network evolution. Our view is based on the need for strong integration of network and software technologies, and therefore we establish the main focus of the paper on discussing SDN demands on software technologies. The main contribution is in categorization of open research problems and presenting ideas and opening new opportunities for future research

    Combining optics and SDN to enable true hybrid integration of electronic and photonic switching solutions

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    We present two hybrid fabrics integrating optical and electronic switches with SDN, and a novel approach improving the scaling of fast optical switches. C-Share reroute flows through optical switches increasing network performance. E-WDM exploits the optical switch transparency by emulating wavelength switching in electronic switches
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