Software Defined Networks using OpenFlow have to provide a re- liable way to detect network faults and attacks. This technical report shows a formal analysis of correctness for an automated code extension technique used to extend OpenFlow networks with a logging mecha- nism that is used for the detection of faults and attacks. As presented in a companion paper, we applied the code extension techniques for a framework that can extend controller programs transparently, making possible on-line fault management, debugging as well as off-line and forensic analysis
We present a formal OpenFlow-based network programming language (OF) including various flow rules, w...
As the policies of a software-defined networking (SDN) network can be updateddynamically and often a...
Software-defined networking, and the emergence of OpenFlow-capable switches, enables a wide range of...
Due to the rigid architecture of most switches and routers, which provide functionality only for a c...
Due to the rigid architecture of most switches and routers, which provide functionality only for a ...
peer reviewedSoftware-Defined Networks using OpenFlow have to provide a reliable way to to detect n...
Nowadays users expect and demand highly dependable network connectivity and services. However, sever...
In this paper, we address the potential of centralised network monitoring based on Software-Defined ...
The emergence of OpenFlow-capable switches de- couples control plane from the data flow plane so tha...
The emergence of OpenFlow-capable switches de- couples control plane from the data flow plane so tha...
The increasing complexity of software-defined (SDN) applications requires comprehensive methods and ...
The emergence of OpenFlow-capable switches de- couples control plane from the data flow plane so tha...
The emergence of OpenFlow-capable switches de- couples control plane from the data flow plane so tha...
peer reviewedIn this paper, we address the potential of centralised network monitoring based on Sof...
This paper presents FatTire, a new language for writing fault-tolerant network programs. The central...
We present a formal OpenFlow-based network programming language (OF) including various flow rules, w...
As the policies of a software-defined networking (SDN) network can be updateddynamically and often a...
Software-defined networking, and the emergence of OpenFlow-capable switches, enables a wide range of...
Due to the rigid architecture of most switches and routers, which provide functionality only for a c...
Due to the rigid architecture of most switches and routers, which provide functionality only for a ...
peer reviewedSoftware-Defined Networks using OpenFlow have to provide a reliable way to to detect n...
Nowadays users expect and demand highly dependable network connectivity and services. However, sever...
In this paper, we address the potential of centralised network monitoring based on Software-Defined ...
The emergence of OpenFlow-capable switches de- couples control plane from the data flow plane so tha...
The emergence of OpenFlow-capable switches de- couples control plane from the data flow plane so tha...
The increasing complexity of software-defined (SDN) applications requires comprehensive methods and ...
The emergence of OpenFlow-capable switches de- couples control plane from the data flow plane so tha...
The emergence of OpenFlow-capable switches de- couples control plane from the data flow plane so tha...
peer reviewedIn this paper, we address the potential of centralised network monitoring based on Sof...
This paper presents FatTire, a new language for writing fault-tolerant network programs. The central...
We present a formal OpenFlow-based network programming language (OF) including various flow rules, w...
As the policies of a software-defined networking (SDN) network can be updateddynamically and often a...
Software-defined networking, and the emergence of OpenFlow-capable switches, enables a wide range of...