Search results for: CONTROLLERS PLACEMENT

• Optimizing primary and backup SDN controllers' placement resilient to node-targeted attacks

  Publication

  • M. Mycek
  • M. Pioro
  • A. Tomaszewski
  • A. de

  - Year 2021

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• On joint primary and backup controllers’ placement optimization against node-targeted attacks

  Publication

  • M. Pioro
  • M. Mycek
  • A. Tomaszewski
  • A. Sousa

  - Year 2022

  Full text to download in external service

• Maximizing SDN resilience to node‐targeted attacks through joint optimization of the primary and backup controllers placements

  Publication

  • M. Pióro
  • M. Mycek
  • A. Tomaszewski
  • A. de Sousa

  - NETWORKS - Year 2024

  In Software Defined Networks (SDN) packet data switches are configured by a limited number of SDN controllers, which respond to queries for packet forwarding decisions from the switches. To enable optimal control of switches in real time the placement of controllers at network nodes must guarantee that the controller-to-controller and switch-to-controller communications delays are bounded. Apart from the primary controllers that...

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• Assessment of Connectivity-based Resilience to Attacks Against Multiple Nodes in SDNs

  Publication

  • D. Santos
  • A. de Sousa
  • C. Mas-Machuca
  • J. Rak

  - IEEE Access - Year 2021

  In Software Defined Networks (SDNs), the control plane of a network is decoupled from its data plane. For scalability and robustness, the logically centralized control plane is implemented by physically placing different controllers throughout the network. The determination of the number and placement of controllers is known as the Controller Placement Problem (CPP). In the regular (i.e., failure-free) state, the control plane...

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