Towards Quantum Satellite Internetworking: A Software-Defined Networking Perspective

Quantum networking and internetworking

Quantum networks build on entanglement and quantum measurement to bring new capabilities to communication systems. Quantum physical effects can be used to detect eavesdropping, to improve the shared sensitivity of separated astronomical instruments, or to create distributed states that will enable numerical quantum computation over a distance using teleportation. Because quantum data is fragile...

Hybrid Networking Towards a Software Defined Era

Software-defined networking: the service provider perspective

Software Defined Networking Concepts

ion allowing the control of low level behavior in switching devices. Such an approach could turn out to be beneficial, since it would simplify the deployment of new more efficient schemes for low level switch operations [20]. On the other hand, while moving all control operations to a logically centralized controller has the advantage of easier network management, it can also raise scalability ...

Towards Autonomic DDoS Mitigation using Software Defined Networking

Distributed Denial of Service attacks (DDoS) have remained as one of the most destructive attacks in the Internet for over two decades. Despite tremendous efforts on the design of DDoS defense strategies, few of them have been considered for widespread deployment due to strong design assumptions on the Internet infrastructure, prohibitive operational costs and complexity. Recently, the emergenc...