Abstractions for network update

TL;DR: The challenges facing the large scale deployment of OpenFlow-based networks are described, the future research directions of this technology are discussed and it is discussed that software-based traffic analysis, centralized control, dynamic updating of forwarding rules and flow abstraction are to be considered.

TL;DR: An edge-centric IoT architecture is presented and extensively review the edge-based IoT security research efforts in the context of security architecture designs, firewalls, intrusion detection systems, authentication and authorization protocols, and privacy-preserving mechanisms.

TL;DR: The Frenetic project is designing simple and intuitive abstractions for programming the three main stages of network management: monitoring network traffic, specifying and composing packet forwarding policies, and updating policies in a consistent way to reach SDNs full potential.

TL;DR: This survey paper surveys latest researches on multiple controllers of SDN, dwelling on the detailed design principles and architectures ofSDN with multiple controllers and suggested open research directions.

TL;DR: It is argued that this technique can provide a practical alternative to manual proof construction or use of a mechanical theorem prover for verifying many finite-state concurrent systems.

TL;DR: The greatest value of Mininet will be supporting collaborative network research, by enabling self-contained SDN prototypes which anyone with a PC can download, run, evaluate, explore, tweak, and build upon.

TL;DR: The question posed here is: Can one build a network operating system at significant scale?

TL;DR: The similarity between Fixpoint and fix makes it easier to understand the need for the various parts of this construct, and the construction of higher-order types and simple inductive types defined inside a section is helpful to understanding the form of the induction principle.