Authentication for Resilience: the Case of SDN Dongting Yu1 , Andrew W. Moore1 , Chris Hall2 , and Ross Anderson1 1 Computer Laboratory, University of Cambridge 2

Source URL: www.cl.cam.ac.uk

• Network architecture
• Emerging technologies
• Configuration management
• Software-defined networking
• Network protocols
• OpenFlow
• American brands
• Access control
• Computer network
• Cisco Systems
• Network switch
• Hewlett Packard Enterprise Networking

A Declarative and Expressive Approach to Control Forwarding in Carrier-Grade Networks Stefano Vissicchio UCLouvain

Source URL: inl.info.ucl.ac.be

• Computing
• Network architecture
• Network protocols
• Emerging technologies
• OpenFlow
• Computer networking
• Frenetic
• Scalability
• Software-defined networking
• Network function virtualization

GRUPPO TELECOM ITALIA Software Defined Networking (SDN) and Network Functions Virtualization (NFV) Telecom Italia - All rights reserved

Source URL: sdn.ieee.org

35 Gloriastrasse 8092 Z¨ urich Laurent Vanbever

Source URL: www.vanbever.eu

• Computing
• SIGCOMM
• Internet
• Scott Shenker
• Network architecture
• Jennifer Rexford
• Software-defined networking
• Border Gateway Protocol

A Security Enforcement Kernel for OpenFlow Networks Phillip Porras† Seungwon Shin‡ Vinod Yegneswaran† Martin Fong† Mabry Tyson† Guofei Gu‡ † SRI International

Source URL: www.openflowsec.org

• Computing
• Cyberwarfare
• Computer network security
• Computer networking
• OpenFlow
• Network architecture
• Software-defined networking
• Nox
• Firewall
• Computer network
• Computer security
• Denial-of-service attack

CellSDN: Software-Defined Cellular Core Networks Xin Jin† Li Erran Li? Laurent Vanbever† Jennifer Rexford† Bell Labs? Princeton University† 1. PROBLEMS OF CELLULAR CORE NETWORKS

Source URL: vanbever.eu

• Technology
• Network architecture
• Computing
• Mobile telecommunications
• Emerging technologies
• LTE
• Telecommunications
• Software-defined networking
• OpenFlow
• Middlebox
• Network switch
• Networking hardware

arXiv:1505.06630v1 [cs.NI] 25 MaySupercharge me: Boost Router Convergence with SDN Michael Alan Chang Thomas Holterbach

Source URL: www.vanbever.eu

• Internet protocols
• Routing protocols
• Internet Standards
• Computer networking
• Routing
• Border Gateway Protocol
• Forwarding plane
• Router
• OpenFlow
• Software-defined networking
• Open Shortest Path First
• Forwarding information base

SOFTWARE-DEFINED NETWORKING IN HETEROGENEOUS RADIO ACCESS NETWORKS Hao Yu Technical University of Denmark (DTU), Oersteds Plads 343, Kgs. Lyngby, 2800, Denmark e-mail:

Source URL: www.terena.org

Towards Commoditized Real-time Spectrum Monitoring Ana Nika, Zengbin Zhang, Xia Zhou† , Ben Y. Zhao and Haitao Zheng † University of California, Santa Barbara Dartmouth College {anika, zengbin, ravenben, htzheng}@cs.

Source URL: www.cs.dartmouth.edu

• Engineering
• Electrical engineering
• Technology
• Wireless networking
• Radio technology
• Radio resource management
• Software-defined radio
• Universal Software Radio Peripheral
• Signal processing
• Cognitive radio
• Spectrum analyzer
• Radio receiver

Enabling SDN in old school networks with Software-Controlled Routing Protocols Laurent Vanbever† and Stefano Vissicchio†† ? Princeton University† , Universit´e catholique de Louvain††

Source URL: www.vanbever.eu

• Computing
• Network architecture
• Computer architecture
• Routing protocols
• Internet Standards
• Emerging technologies
• Computer networking
• Software-defined networking
• OpenFlow
• Interior gateway protocol
• Link-state routing protocol
• Router