 |
Ladies and gentlemen of the jury, one of the key pillars of our project is the emergence of Software-Defined Networking (SDN). SDN represents a significant shift in network architecture by introducing the separation of the control plane from the data plane and enabling network programmability.
This architectural innovation offers three major advantages:
Dynamic configuration: SDN provides the ability to adapt and reconfigure networks in real-time to meet changing traffic demands or operational needs. This level of flexibility is especially critical in today¡¯s rapidly evolving network environments.
Centralized management: By centralizing control, SDN enables network operators to manage resources more effectively, optimize traffic flows, and implement consistent policies across the network.
Increased network flexibility: SDN allows for rapid deployment of new services and better adaptation to the diverse needs of modern applications, including those with stringent QoS requirements like IoT, VoIP, and real-time streaming.
Considering these advantages, our research has placed a particular emphasis on Quality of Service (QoS) management within SDN. We believe that leveraging SDN's programmability and centralized control can significantly enhance the prioritization of traffic flows and the dynamic allocation of resources, addressing some of the key challenges faced by traditional networks. |
IEEE/ICACT20250133 Slide.04
[Big Slide]