Publicaties
On the network design and control of an optical network : interconnecting multiple chips on a wafer Universiteit Gent
In this paper, we propose a network architecture for a multi-chip optical network-on-wafer (NoW); we concentrate on the research of its control mechanisms and control algorithms. Our proposed optical NoW aims at providing dynamically controlled terabytes-per-second unidirectional bandwidth for every chip module in a multi-chip processor. This architecture is promising in achieving low energy consumption and high aggregated bandwidth, providing a ...
An automated router with optical resource adaptation Universiteit Gent
Photonic Integrated Circuits are rapidly becoming more reconfigurable using tunable waveguide elements, coming closer to realizing 'general purpose' programmable waveguide meshes. To utilize the full potential of such circuits, special software routines need to be developed to determine the optical paths inside the mesh. Right now, current methods either scale exponentially in problem size or are severely lacking performance-wise, largely unable ...
SDN-based gateway architecture for electromagnetic nano-networks Universiteit Gent
Routing and scheduling for 1+1 protected DetNet flows Universiteit Gent
On Decomposition and Deployment of Virtualized Media Services Universiteit Gent
Scheduling for media function virtualization Universiteit Gent
Hardware-accelerator aware VNF-chain recovery Universiteit Gent
Hardware-accelerators in Network Function Virtualization (NFV) environments have aided telecommunications companies (telcos) to reduce their expenditures by offloading compute-intensive VNFs to hardware-accelerators. To fully utilize the benefits of hardware-accelerators, VNF-chain recovery models need to be adapted. In this paper, we present an ILP model for optimizing prioritized recovery of VNF-chains in heterogeneous NFV environments ...