Search for dissertations about: "software defined networks"
Showing result 1 - 5 of 39 swedish dissertations containing the words software defined networks.
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1. Multivariate Networks : Visualization and Interaction Techniques
Abstract : As more and more data is created each day, researchers from different science domains are trying to make sense of it. A lot of this data, for example our connections to friends on different social networking websites, can be modeled as graphs, where the nodes are actors and the edges are relationships between them. READ MORE
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2. 5G Backhauling with Software-defined Wireless Mesh Networks
Abstract : Current technological advances have caused an exponential growth of the number of mobile Internet-connected devices, along with their respective traffic demands. To cope with this increase of traffic demands, fifth generation (5G) network architectures will need to provide multi-gigabit capacity at the access base stations (BSs), through the deployment of ultra-dense small cells (SCs) operating with millimeter-wave (mmWave) frequencies, e. READ MORE
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3. Towards Resilient and Reconfigurable Software-defined Wireless Backhaul Networks
Abstract : The increase of mobile devices and services over the last decade has led to unprecedented mobile traffic growth. To cope with the increasing demands, fifth generation (5G) network architectures have been designed to provide the required capacity using a large number of small cells (SCs). READ MORE
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4. Guided Interaction and Collaborative Exploration in Heterogeneous Network Visualizations
Abstract : The visual exploration of large and complex network structures remains a challenge for many application fields, such as systems biology or social sciences. Often, various domain experts would like to work together to improve the analysis time or the quality of the analysis results. READ MORE
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5. Towards the Visualization of Multivariate Biochemical Networks
Abstract : Many open challenges exist when dealing with different biological networks. They are crucial for the understanding of living beings. Complete drawings of these typically large networks usually suffer from clutter and visual overload. In order to overcome this issue, the networks are divided into single, hierarchically structured pathways. READ MORE