A NICE Way to Test OpenFlow Applications EPFL Technical Report EPFL-REPORTMarco Canini⋆ , Daniele Venzano⋆ , Peter Pereˇs´ıni⋆ , Dejan Kosti´c⋆ , and Jennifer Rexford† ⋆ EPFL

Source URL: perso.uclouvain.be

How to Work with Fast-Failover OpenFlow Groups This is an advanced tutorial for OpenFlow 1.1+ groups. Please acquaint yourself with Floodlight prior to attempting this tutorial. Recommended prerequisites are: How to Writ

Source URL: doc.ilabt.iminds.be

Tutorial on OpenFlow Fed4FIRE – GENI Research Experiment Summit (FGRECarlos Bermudo, Oscar Moya, Frederic Francois This project has received funding from the European Union’s Seventh Framework Programme for re

Source URL: univbrisofeliaf4f.blogs.ilrt.org

OFTEN Testing OpenFlow Networks Maciej Ku´zniar EPFL Marco Canini∗ TU Berlin / T-Labs

Source URL: perso.uclouvain.be

A SOFT Way for OpenFlow Switch Interoperability Testing Maciej Ku´zniar† † † Peter Perešíni†

Source URL: perso.uclouvain.be

SWITCHD An OpenFlow implementation for OpenBSD – BSDCan 2016 Reyk Flöter () – ESDENERA NETWORKS GmbH This presentation introduces switchd(8) and switch(4), a simple OpenFlow controller and virtual s

Source URL: www.openbsd.org

OpenFlow Campus Trials at Indiana University Quarterly Report2010 Christopher Small – Principal Investigator Matthew Davy – Co-Principal Investigator Dave Jent – Co-Principal Investigator

Source URL: groups.geni.net

An Introduction to Software Defined Networking and OpenFlow Vic Thomas, GENI Project Office

Source URL: doc.ilabt.iminds.be

• Computing
• Network architecture
• Emerging technologies
• OpenFlow
• Computer networking
• Software-defined networking
• Networking hardware
• Nox
• Hewlett Packard Enterprise Networking

Demonstrating Generalized Virtual Topologies in an OpenFlow Network Elio Salvadori, Roberto Doriguzzi Corin, Matteo Gerola, Attilio Broglio, Francesco De Pellegrini CREATE-NET Via alla Cascata 56/D Povo, 38123 Trento - I

Source URL: conferences.sigcomm.org

• Computing
• Network protocols
• OpenFlow
• Nox
• Computer network
• Virtual network
• Network virtualization
• Virtual LAN
• IEEE 802.1ad
• Software-defined networking

Destroying networks for fun (and profit) Nick Shelly∗§, Brendan Tschaen†, Klaus-Tycho Förster∗, Michael Chang‡, Theophilus Benson†, Laurent Vanbever∗ ∗ ETH Zürich, ‡Princeton University, †Duke Unive

Source URL: users.cs.duke.edu

• Graph connectivity
• Emerging technologies
• Network architecture
• Computing
• SIGCOMM
• Stress testing
• Software-defined networking
• Algorithm
• Reachability
• OpenFlow
• Mathematics
• Academia